wwwelab - User contributions [en]

Training

2018-03-19T13:49:23Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Data analysis II
C. Silva
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I - Python
L. Gil
|Behind the scene
???
|IoT - Smart Devices
J. Fortunato
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
R. Santos 
|Advanced data fittings 
A. Duarte
|e-lab data processing
J. Oliveira 
|Presentations elaboration 
J. Oliveira
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience: 
R. Santos 
M. Santos 
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
M. Santos 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 
João Oliveira 

Luís Gil 
Manuel Santos 

Pedro Sebastião 

Ruben Santos 


Rui Neto

Training

2018-03-19T11:29:59Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
???
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I - Python
L. Gil
|Data analysis II
C. Silva
|IoT - Smart Devices
J. Fortunato
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
R. Santos 
|Advanced data fittings 
A. Duarte
|e-lab data processing
J. Oliveira 
|Presentations elaboration 
J. Oliveira
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience: 
R. Santos 
M. Santos 
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
M. Santos 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 
João Oliveira 

Luís Gil 
Manuel Santos 

Pedro Sebastião 

Ruben Santos 


Rui Neto

Training

2018-03-16T11:57:10Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
???
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I - Python
L. Gil
|Data analysis II
C. Silva
|IoT - Smart Devices
J. Fortunato
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
R. Santos 
|Advanced data fittings 
A. Duarte
|e-lab data processing
J. Oliveira 
|Presentations elaboration 
M. Santos
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience: 
R. Santos 
M. Santos 
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
M. Santos 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 
João Oliveira 

Luís Gil 
Manuel Santos 

Pedro Sebastião 

Ruben Santos 


Rui Neto

Training

2018-03-16T11:56:50Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
???
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I - Python
L. Gil
|Data analysis II
C. Silva
|IoT - Smart Devices
J. Fortunato
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
R. Santos 
|Advanced data fittings 
A. Duarte
|e-lab data processing
J. Oliveira 
|Presentations elaboration 
M. Santos
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience: 
R. Santos 
M. Santos 
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
M. Santos 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 
João Oliveira

Luís Gil 
Manuel Santos 

Pedro Sebastião 

Ruben Santos


Rui Neto

Training

2018-03-16T11:55:44Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
???
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I - Python
L. Gil
|Data analysis II
C. Silva
|IoT - Smart Devices
J. Fortunato
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
R. Santos 
|Advanced data fittings 
A. Duarte
|e-lab data processing
J. Oliveira 
|Presentations elaboration 
M. Santos
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience: 
R. Santos 
M. Santos 
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
M. Santos 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 

Luís Gil 
Manuel Santos 
Pedro Lourenço 
Pedro Sebastião 



Rui Neto

Training

2018-03-16T11:55:13Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
J. Fortunato
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I - Python
L. Gil
|Data analysis II
C. Silva
|IoT - Smart Devices
J. Fortunato
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
R. Santos 
|Advanced data fittings 
A. Duarte
|e-lab data processing
J. Oliveira 
|Presentations elaboration 
M. Santos
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience: 
R. Santos 
M. Santos 
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
M. Santos 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 

Luís Gil 
Manuel Santos 
Pedro Lourenço 
Pedro Sebastião 



Rui Neto

Training

2018-03-16T11:52:13Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
J. Fortunato
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I - Python
L. Gil
|Data analysis II
C. Silva
|IoT - Smart Devices
J. Fortunato
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Oliveira 
R. Santos 
|Advanced data fittings 
A. Duarte
|e-lab data processing
J. Oliveira 
|Presentations elaboration 
P. Lourenço
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
J. Fortunato
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
M. Santos 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 

Luís Gil 
Manuel Santos 
Pedro Lourenço 
Pedro Sebastião 



Rui Neto

Training

2018-03-16T11:51:04Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
J. Fortunato
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I - Python
L. Gil
|Data analysis II
C. Silva
|IoT - Smart Devices
J. Fortunato
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
|Advanced data fittings 
A. Duarte
|e-lab data processing
M. Santos 
|Presentations elaboration 
P. Lourenço
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
J. Fortunato
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
M. Santos 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 

Luís Gil 
Manuel Santos 
Pedro Lourenço 
Pedro Sebastião 



Rui Neto

Training

2018-03-16T11:50:22Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
J. Fortunato
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I - Python
L. Gil
|Data analysis II
C. Silva
|IoT - Smart Devices
M. Santos
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
|Advanced data fittings 
A. Duarte
|e-lab data processing
M. Santos 
|Presentations elaboration 
P. Lourenço
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
J. Fortunato
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
M. Santos 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 

Luís Gil 
Manuel Santos 
Pedro Lourenço 
Pedro Sebastião 



Rui Neto

Training

2018-03-14T14:06:11Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
M. Santos
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I - Python
L. Gil
|Data analysis II
C. Silva
|IoT - Smart Devices
M. Santos
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
|Advanced data fittings 
A. Duarte
|e-lab data processing
M. Santos 
|Presentations elaboration 
P. Lourenço
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
J. Fortunato
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
M. Santos 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 

Luís Gil 
Manuel Santos 
Pedro Lourenço 
Pedro Sebastião 



Rui Neto

Training

2018-03-14T14:04:43Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
M. Santos
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I - Python
L. Gil
|Data analysis II
C. Silva
|IoT - Smart Devices
M. Santos
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
|Advanced data fittings 
A. Duarte
|e-lab data processing
M. Santos 
|Presentations elaboration 
P. Lourenço
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
J. Fortunato
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
M. Santos 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 


Horácio Fernandes 
João Fortunato 
João Loureiro 
Josué Lopes 
Manuel Santos 

Pedro Sebastião 

Rui Coelho 

Rui Neto

Training

2018-03-13T16:42:43Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
M. Santos
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I
R. Coelho
|Data analysis II
R. Coelho
|IoT - Smart Devices
J. Lopes
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
|Advanced data fittings 
A. Duarte
|e-lab data processing
M. Santos 
|Presentations elaboration 
P. Lourenço
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
M. Santos
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
J. Lopes 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 


Horácio Fernandes 
João Fortunato 
João Loureiro 
Josué Lopes 
Manuel Santos 

Pedro Sebastião 

Rui Coelho 

Rui Neto

Training

2018-03-13T16:41:15Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
M. Santos
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I
R. Coelho
|Data analysis II
R. Coelho
|IoT - Smart Devices
J. Lopes
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
|Advanced data fittings 
A. Duarte
|e-lab data processing
M. Santos 
|Presentations elaboration 
P. Lourenço
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
M. Santos
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
J. Lopes 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 
Bernardo Carvalho 

Horácio Fernandes 
João Fortunato 
João Loureiro 
Josué Lopes 


Pedro Sebastião 



Rui Neto

Training

2018-03-13T15:14:38Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==
The syllabus covers the following topics:
* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and available experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.
Classes are imminently practical as the assessment, consisting on the exploitation of several remote physical apparatus and interpretation the data through data modelling.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2018: 19 to 23 March 

{| border="1" style="text-align: center;"
|+ March 2018 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 19/3 
! scope="col" | Tuesday 20/3 
! scope="col" | Wednesday 21/3 
! scope="col" | Thursday 22/3 
! scope="col" | Friday 23/3 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|Behind the scene
M. Santos
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I
R. Coelho
|Data analysis II
R. Coelho
|IoT - Smart Devices
J. Lopes
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
J. Fortunato 
|Advanced data fittings 
A. Duarte
|e-lab data processing
M. Santos 
|Presentations elaboration 
P. Lourenço
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
M. Santos
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
J. Lopes 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}


J. Loureiro 
|e-lab data processing 
J. Loureiro 
|e-lab Visit
J. Fortunato
|Presentations elaboration 
J. Lopes
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|} -->

==Instructors==
André Duarte 
Bernardo Carvalho 

Horácio Fernandes 
João Fortunato 
João Loureiro 
Josué Lopes 


Pedro Sebastião 



Rui Neto

Training

2017-10-30T15:21:37Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.



 Fall 2017: 13 to 17 November 

{| border="1" style="text-align: center;"
|+ November 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 13 
! scope="col" | Tuesday, 14 
! scope="col" | Wednesday, 15 
! scope="col" | Thursday, 16 
! scope="col" | Friday, 17 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Presentation evaluation
H. Fernandes
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
J. Loureiro
|Advanced data fittings 
A. Duarte
|Behind the scene 
J. Fortunato
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
B. Carvalho
|Data analysis II
??
|e-lab data processing
A. Duarte 
|Presentations elaboration
J. Lopes
|Presentation evaluation
H. Fernandes
|-
|16h
17h30
|Applied e-lab experience:

J. Loureiro 
|e-lab data processing 
J. Loureiro 
|e-lab Visit
J. Fortunato
|Presentations elaboration 
J. Lopes
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 

Horácio Fernandes 
João Fortunato 
João Loureiro 
Josué Lopes 


Pedro Sebastião 



Rui Neto

Training

2017-10-30T15:20:29Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.



 Fall 2017: 13 to 17 November 

{| border="1" style="text-align: center;"
|+ November 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 13 
! scope="col" | Tuesday, 14 
! scope="col" | Wednesday, 15 
! scope="col" | Thursday, 16 
! scope="col" | Friday, 17 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Presentation evaluation
H. Fernandes
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
J. Loureiro
|Advanced data fittings 
A. Duarte
|Behind the scene 
J. Fortunato
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
B. Carvalho
|Data analysis II
??
|e-lab data processing
A. Duarte 
|Presentations elaboration
J. Lopes
|Presentation evaluation
H. Fernandes
|-
|16h
17h30
|Applied e-lab experience:

J. Loureiro 
|e-lab data processing 
J. Loureiro 
|e-lab Visit
J. Fortunato
|Presentations elaboration 
J. Lopes
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 
Manuel Santos 

Pedro Sebastião 



Rui Neto

Training

2017-10-24T14:43:32Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.



 Fall 2017: 13 to 17 November 

{| border="1" style="text-align: center;"
|+ November 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 13 
! scope="col" | Tuesday, 14 
! scope="col" | Wednesday, 15 
! scope="col" | Thursday, 16 
! scope="col" | Friday, 17 
|-
|9h30
11h
|Introduction to e-lab
H. Fernandes
|Plasma probes 
J. Loureiro
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Presentation evaluation
H. Fernandes
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
J. Loureiro
|Advanced data fittings 
A. Duarte
|Behind the scene 
J. Fortunato
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
B. Carvalho
|Data analysis II
??
|e-lab data processing
A. Duarte 
|Presentations elaboration
M. Santos
|Presentation evaluation
H. Fernandes
|-
|16h
17h30
|Applied e-lab experience:

J. Loureiro 
|e-lab data processing 
J. Loureiro 
|e-lab Visit
J. Fortunato
|Presentations elaboration 
M. Santos
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 
Manuel Santos 

Pedro Sebastião 



Rui Neto

Training

2017-10-24T14:17:02Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.



 Fall 2017: 13 to 17 November 

{| border="1" style="text-align: center;"
|+ November 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 13 
! scope="col" | Tuesday, 14 
! scope="col" | Wednesday, 15 
! scope="col" | Thursday, 16 
! scope="col" | Friday, 17 
|-
|9h30
11h
|Introduction to e-lab
J. Fortunato
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Video broadcast
??
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
J. Loureiro
|Advanced data fittings 
A. Duarte
|Behind the scene 
??
|Presentations evaluation 
J. Fortunato
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
B. Carvalho
|Data analysis II
??
|e-lab data processing
A. Duarte 
|Presentations elaboration
M. Santos
|Presentation evaluation
J. Fortunato
|-
|16h
17h30
|Applied e-lab experience:

J. Loureiro 
|e-lab data processing 
J. Loureiro 
|e-lab Visit
|Presentations elaboration 
M. Santos
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 
Manuel Santos 

Pedro Sebastião 



Rui Neto

Training

2017-10-24T11:02:17Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.



 Fall 2017: 13 to 17 November 

{| border="1" style="text-align: center;"
|+ November 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 13 
! scope="col" | Tuesday, 14 
! scope="col" | Wednesday, 15 
! scope="col" | Thursday, 16 
! scope="col" | Friday, 17 
|-
|9h30
11h
|Introduction to e-lab
J. Fortunato
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Video broadcast
??
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
J. Loureiro
|Advanced data fittings 
A. Duarte
|Behind the scene 
??
|Presentations evaluation 
J. Fortunato
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
B. Carvalho
|Data analysis II
??
|e-lab data processing
A. Duarte 
|Presentations elaboration
M. Santos
|Presentation evaluation
J. Fortunato
|-
|16h
17h30
|Applied e-lab experience:
Colisione 
Inertia momentum 
J. Loureiro 
|e-lab data processing 
J. Loureiro 
|e-lab Visit
|Presentations elaboration 
M. Santos
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 
Manuel Santos 

Pedro Sebastião 



Rui Neto

Training

2017-10-24T10:54:44Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.



 Fall 2017: 13 to 17 November 

{| border="1" style="text-align: center;"
|+ November 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 13 
! scope="col" | Tuesday, 14 
! scope="col" | Wednesday, 15 
! scope="col" | Thursday, 16 
! scope="col" | Friday, 17 
|-
|9h30
11h
|Introduction to e-lab
J. Fortunato
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Video broadcast
??
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
J. Loureiro
|Advanced data fittings 
A. Duarte
|Behind the scene 
??
|Presentations evaluation 
J. Fortunato
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
B. Carvalho
|Data analysis II
??
|e-lab data processing
A. Duarte 
|Presentations elaboration
M. Santos
|Presentation evaluation
J. Fortunato
|-
|16h
17h30
|Applied e-lab experience:
Colisione 
Inertia momentum 
J. Loureiro 
|e-lab data processing 
J. Loureiro 
|e-lab Visit
|Presentations elaboration 
M. Santos
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 
Manuel Santos 

Pedro Sebastião 



Rui Neto

Training

2017-10-24T10:48:41Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.



 Fall 2017: 13 to 17 November 

{| border="1" style="text-align: center;"
|+ November 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 13 
! scope="col" | Tuesday, 14 
! scope="col" | Wednesday, 15 
! scope="col" | Thursday, 16 
! scope="col" | Friday, 17 
|-
|9h30
11h
|Introduction to e-lab
J. Fortunato
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Video broadcast
??
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
J. Loureiro
|Advanced data fittings 
A. Duarte
|Behind the scene 
??
|Presentations evaluation 
J. Fortunato
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
B. Carvalho
|Data analysis II
??
|e-lab data processing
J. Loureiro 
|Presentations elaboration
J. Loureiro
|Presentation evaluation
J. Fortunato
|-
|16h
17h30
|Applied e-lab experience:
Colisione 
Inertia momentum 
M. Santos 
|e-lab data processing 
A. Duarte 
|e-lab Visit
|Presentations elaboration 
M. Santos
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 
Manuel Santos 

Pedro Sebastião 



Rui Neto

Training

2017-10-24T10:47:30Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.



 Fall 2017: 13 to 17 November 

{| border="1" style="text-align: center;"
|+ November 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 13 
! scope="col" | Tuesday, 14 
! scope="col" | Wednesday, 15 
! scope="col" | Thursday, 16 
! scope="col" | Friday, 17 
|-
|9h30
11h
|Introduction to e-lab
J. Fortunato
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Video broadcast
??
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
J. Loureiro
|Advanced data fittings 
A. Duarte
|Behind the scene 
??
|Presentations evaluation 
J. Fortunato
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
B. Carvalho
|Data analysis II
??
|e-lab data processing
J. Loureiro 
|Presentations elaboration
J. Loureiro
|Presentation evaluation
J. Fortunato
|-
|16h
17h30
|Applied e-lab experience:
Colisione 
Inertia momentum 
M. Santos 
|e-lab data processing 
A. Duarte 
|e-lab Visit
|Presentations elaboration 
M. Santos
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 

Manuel Santos 
Pedro Sebastião 

Rui Coelho 

Rui Neto

Training

2017-10-24T10:29:32Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.



 Fall 2017: 13 to 17 November 

{| border="1" style="text-align: center;"
|+ November 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 13 
! scope="col" | Tuesday, 14 
! scope="col" | Wednesday, 15 
! scope="col" | Thursday, 16 
! scope="col" | Friday, 17 
|-
|9h30
11h
|Introduction to e-lab
J. Fortunato
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Video broadcast
??
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
J. Loureiro
|Advanced data fittings 
A. Duarte
|Behind the scene 
??
|Presentations evaluation 
J. Fortunato
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|e-lab data processing
J. Loureiro 
|Presentations elaboration
J. Loureiro
|Presentation evaluation
J. Fortunato
|-
|16h
17h30
|Applied e-lab experience:
Colisione 
Inertia momentum 
M. Santos 
|e-lab data processing 
A. Duarte 
|e-lab Visit
|Presentations elaboration 
M. Santos
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 

Manuel Santos 
Pedro Sebastião 

Rui Coelho 

Rui Neto

Training

2017-10-24T10:26:06Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.



 Fall 2017: 13 to 17 November 

{| border="1" style="text-align: center;"
|+ November 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 13 
! scope="col" | Tuesday, 14 
! scope="col" | Wednesday, 15 
! scope="col" | Thursday, 16 
! scope="col" | Friday, 17 
|-
|9h30
11h
|Introduction to e-lab
J. Fortunato
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Video broadcast
??
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
J. Loureiro
|Advanced data fittings 
A. Duarte
|Behind the scene 
??
|Presentations evaluation 
J. Fortunato
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|e-lab data processing
J. Loureiro 
|Presentations elaboration
J. Loureiro
|Presentation evaluation
J. Fortunato
|-
|16h
17h30
|Applied e-lab experience:
Colisione 
Inertia momentum 
M. Santos 
|e-lab data processing 
M. Santos 
|e-lab Visit
|Presentations elaboration 
J. Fortunato
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 

Carlos Silva 
Horácio Fernandes 
João Fortunato 
João Loureiro 

Manuel Santos 
Pedro Sebastião 

Rui Coelho 

Rui Neto

Training

2017-10-24T10:23:17Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.



 Fall 2017: 13 to 17 November 

{| border="1" style="text-align: center;"
|+ November 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 13 
! scope="col" | Tuesday, 14 
! scope="col" | Wednesday, 15 
! scope="col" | Thursday, 16 
! scope="col" | Friday, 17 
|-
|9h30
11h
|Introduction to e-lab
J. Fortunato
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Video broadcast
??
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
J. Loureiro
|Advanced data fittings 
A. Duarte
|Behind the scene 
??
|Presentations evaluation 
J. Fortunato
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|e-lab data processing
J. Loureiro 
|Presentations elaboration
J. Loureiro
|Presentation evaluation
J. Fortunato
|-
|16h
17h30
|Applied e-lab experience:
Colisione 
Inertia momentum 
M. Santos 
|e-lab data processing 
M. Santos 
|e-lab Visit
|Presentations elaboration 
J. Fortunato
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2017-03-03T11:48:01Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2017: 13 to 17 March 

{| border="1" style="text-align: center;"
|+ March 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 13/3 
! scope="col" | Tuesday 14/3 
! scope="col" | Wednesday 15/3 
! scope="col" | Thursday 16/3 
! scope="col" | Friday 17/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|Behind the scene
R. Marques
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data Analysis I
R. Coelho
|Data analysis II
R. Coelho
|IoT - Smart Devices
M. Santos
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
P. Lourenço 
|Advanced data fittings 
A. Duarte
|e-lab data processing
M. Santos 
|Presentations elaboration 
J. Fortunato
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
R. Marques
|e-lab data processing 
A. Duarte 
|IST Visit
|Presentations elaboration 
M. Santos 
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2017-03-03T11:28:53Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2017: 13 to 17 March 

{| border="1" style="text-align: center;"
|+ March 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 13/3 
! scope="col" | Tuesday 14/3 
! scope="col" | Wednesday 15/3 
! scope="col" | Thursday 16/3 
! scope="col" | Friday 17/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|Data Analysis I
R. Coelho
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Behind the scene
R. Marques
|Data analysis II
R. Coelho
|IoT - Smart Devices
M. Santos
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
M. Santos 
|Presentations elaboration 
M. Santos 
J. Fortunato
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
S. Balula 
R. Marques
|e-lab data processing 
S. Balula 
|IST Visit
|Presentations elaboration 
M. Santos 
S. Balula
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2017-03-03T11:23:16Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2017: 13 to 17 March 

{| border="1" style="text-align: center;"
|+ March 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 13/3 
! scope="col" | Tuesday 14/3 
! scope="col" | Wednesday 15/3 
! scope="col" | Thursday 16/3 
! scope="col" | Friday 17/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|Data Analysis I
R. Coelho
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Behind the scene
R. Marques
|Data analysis II
R. Coelho
|Video broadcast/RT control example
S. Balula
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
M. Santos 
|Presentations elaboration 
M. Santos 
J. Fortunato
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
S. Balula 
|IST Visit
|Presentations elaboration 
M. Santos 
S. Balula
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2017-03-03T11:17:28Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Programme to be followed==

* Remote controlled laboratories (RCL) in context;
* Introduction to e-lab and avaiable experiments;
* Data fitting and analysis tool;
* The physics behind each experiment: an applied e-lab experience
* Introduction to data analysis (FFT, SVD and advanced data fittings);
* Transducers and sensors behind RCLs;
* Experiments automation;
* Impact of video broadcast.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data and study all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce a media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus during Spring and Fall. Classes will take place at Room 7 (pending confirmation), North Garden Pavilion.

 Spring 2017: 13 to 17 March 

{| border="1" style="text-align: center;"
|+ March 2017 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 13/3 
! scope="col" | Tuesday 14/3 
! scope="col" | Wednesday 15/3 
! scope="col" | Thursday 16/3 
! scope="col" | Friday 17/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|Data Analysis I
R. Coelho
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Behind the scene
R. Marques
|Data analysis II
R. Coelho
|Video broadcast
M. Santos
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
M. Santos 
J. Fortunato
|Presentations elaboration 
M. Santos 
J. Fortunato
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
S. Balula 
|IST Visit
|Presentations elaboration 
M. Santos 
S. Balula
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}



==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-11-14T11:34:48Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.



 Fall 2016: 14 to 18 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 14 
! scope="col" | Tuesday, 15 
! scope="col" | Wednesday, 16 
! scope="col" | Thursday, 17 
! scope="col" | Friday, 18 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
J. Fortunato
|Advanced data fittings 
A. Duarte
|Behind the scene 
R. Marques
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|e-lab data processing
S. Balula 
|Presentations elaboration
S. Balula
|Presentation evaluation
H. Fernandes
|-
|16h
17h30
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
|e-lab data processing 
S. Balula 
|e-lab Visit
|Presentations elaboration 
S. Balula
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-11-14T11:34:13Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental chosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, which can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.



 Fall 2016: 14 to 18 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 14 
! scope="col" | Tuesday, 15 
! scope="col" | Wednesday, 16 
! scope="col" | Thursday, 17 
! scope="col" | Friday, 18 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
J. Fortunato
|Advanced data fittings 
A. Duarte
|Behind the scene 
R. Marques
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|e-lab data processing
S. Balula 
|Presentations elaboration
S. Balula
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
|e-lab data processing 
S. Balula 
|e-lab Visit
|Presentations elaboration 
S. Balula
|**\/**
|-
|17h30
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-11-10T18:24:25Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.



 Fall 2016: 14 to 18 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 14 
! scope="col" | Tuesday, 15 
! scope="col" | Wednesday, 16 
! scope="col" | Thursday, 17 
! scope="col" | Friday, 18 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Commercial available sensors 
R. Neto
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
J. Fortunato
|Advanced data fittings 
A. Duarte
|Behind the scene 
R. Marques
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|e-lab data processing
S. Balula 
|Presentations elaboration
S. Balula
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
|e-lab data processing 
S. Balula 
|IST Visit
|Presentations elaboration 
S. Balula
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-11-10T17:42:43Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.



 Fall 2016: 14 to 18 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 14 
! scope="col" | Tuesday, 15 
! scope="col" | Wednesday, 16 
! scope="col" | Thursday, 17 
! scope="col" | Friday, 18 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
J. Fortunato
|Advanced data fittings 
A. Duarte
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|e-lab data processing
S. Balula 
|Presentations elaboration
S. Balula
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
|e-lab data processing 
S. Balula 
|IST Visit
|Presentations elaboration 
S. Balula
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-11-10T17:40:21Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.



 Fall 2016: 14 to 18 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 14 
! scope="col" | Tuesday, 15 
! scope="col" | Wednesday, 16 
! scope="col" | Thursday, 17 
! scope="col" | Friday, 18 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
J. Fortunato
|Advanced data fittings 
A. Duarte
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|e-lab data processing
S. Balula 
|Presentations elaboration
M. Santos
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
S. Balula 
|IST Visit
|Presentations elaboration 
M. Santos
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-11-10T17:39:03Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.



 Fall 2016: 14 to 18 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 14 
! scope="col" | Tuesday, 15 
! scope="col" | Wednesday, 16 
! scope="col" | Thursday, 17 
! scope="col" | Friday, 18 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
J. Fortunato
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Data analysis I
R. Coelho
|Advanced data fittings 
A. Duarte
|e-lab data processing
S. Balula 
|Presentations elaboration
M. Santos
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
S. Balula 
|IST Visit
|Presentations elaboration 
M. Santos
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-11-03T22:17:09Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.



 Fall 2016: 14 to 18 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 14 
! scope="col" | Tuesday, 15 
! scope="col" | Wednesday, 16 
! scope="col" | Thursday, 17 
! scope="col" | Friday, 18 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
S. Balula 
|Presentations elaboration
M. Santos
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
S. Balula 
|IST Visit
|Presentations elaboration 
M. Santos
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-11-03T17:29:20Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2016: 14 to 18 March 

{| border="1" style="text-align: center;"
|+ March 2016 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 14/3 
! scope="col" | Tuesday 15/3 
! scope="col" | Wednesday 16/3 
! scope="col" | Thursday 17/3 
! scope="col" | Friday 18/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|Data Analysis I
R. Coelho
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Behind the scene
R. Marques
|Data analysis II
R. Coelho
|Video broadcast
R. Henriques
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Torres 
J. Fortunato
|Presentations elaboration 
A. Torres 
J. Fortunato
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Torres 
J. Fortunato
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 14 to 18 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 14 
! scope="col" | Tuesday, 15 
! scope="col" | Wednesday, 16 
! scope="col" | Thursday, 17 
! scope="col" | Friday, 18 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
S. Balula 
|Presentations elaboration
M. Santos
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
S. Balula 
|IST Visit
|Presentations elaboration 
M. Santos
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-11-03T17:28:35Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2016: 14 to 18 March 

{| border="1" style="text-align: center;"
|+ March 2016 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 14/3 
! scope="col" | Tuesday 15/3 
! scope="col" | Wednesday 16/3 
! scope="col" | Thursday 17/3 
! scope="col" | Friday 18/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|Data Analysis I
R. Coelho
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Behind the scene
R. Marques
|Data analysis II
R. Coelho
|Video broadcast
R. Henriques
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Torres 
J. Fortunato
|Presentations elaboration 
A. Torres 
J. Fortunato
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Torres 
J. Fortunato
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 14 to 18 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 14 
! scope="col" | Tuesday, 15 
! scope="col" | Wednesday, 16 
! scope="col" | Thursday, 17 
! scope="col" | Friday, 18 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration
M. Santos
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
S. Balula 
|IST Visit
|Presentations elaboration 
M. Santos
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-11-03T17:27:01Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2016: 14 to 18 March 

{| border="1" style="text-align: center;"
|+ March 2016 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 14/3 
! scope="col" | Tuesday 15/3 
! scope="col" | Wednesday 16/3 
! scope="col" | Thursday 17/3 
! scope="col" | Friday 18/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|Data Analysis I
R. Coelho
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Behind the scene
R. Marques
|Data analysis II
R. Coelho
|Video broadcast
R. Henriques
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Torres 
J. Fortunato
|Presentations elaboration 
A. Torres 
J. Fortunato
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Torres 
J. Fortunato
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 14 to 18 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 14 
! scope="col" | Tuesday, 15 
! scope="col" | Wednesday, 16 
! scope="col" | Thursday, 17 
! scope="col" | Friday, 18 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration

A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
S. Balula 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-11-03T17:23:37Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2016: 14 to 18 March 

{| border="1" style="text-align: center;"
|+ March 2016 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 14/3 
! scope="col" | Tuesday 15/3 
! scope="col" | Wednesday 16/3 
! scope="col" | Thursday 17/3 
! scope="col" | Friday 18/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|Data Analysis I
R. Coelho
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Behind the scene
R. Marques
|Data analysis II
R. Coelho
|Video broadcast
R. Henriques
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Torres 
J. Fortunato
|Presentations elaboration 
A. Torres 
J. Fortunato
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Torres 
J. Fortunato
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 14 to 18 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 14 
! scope="col" | Tuesday, 15 
! scope="col" | Wednesday, 16 
! scope="col" | Thursday, 17 
! scope="col" | Friday, 18 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
B. Carvalho
|Data analysis II
B. Carvalho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration

A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
S. Balula 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-03-09T13:14:51Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2016: 14 to 18 March 

{| border="1" style="text-align: center;"
|+ March 2016 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 14/3 
! scope="col" | Tuesday 15/3 
! scope="col" | Wednesday 16/3 
! scope="col" | Thursday 17/3 
! scope="col" | Friday 18/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|Data Analysis I
R. Coelho
|The e-lab framework 
R. Neto
|Commercial available sensors 
R. Neto

|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Behind the scene
R. Marques
|Data analysis II
R. Coelho
|Video broadcast
R. Henriques
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Torres 
J. Fortunato
|Presentations elaboration 
A. Torres 
J. Fortunato
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Torres 
J. Fortunato
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 16 to 20 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 16 
! scope="col" | Tuesday, 17 
! scope="col" | Wednesday, 18 
! scope="col" | Thursday, 19 
! scope="col" | Friday, 20 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
B. Carvalho
|Data analysis II
B. Carvalho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration

A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-03-09T12:17:39Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2016: 14 to 18 March 

{| border="1" style="text-align: center;"
|+ March 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 14/3 
! scope="col" | Tuesday 15/3 
! scope="col" | Wednesday 16/3 
! scope="col" | Thursday 17/3 
! scope="col" | Friday 18/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|Data Analysis I
R. Coelho
|The e-lab framework 
R. Neto
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Behind the scene
R. Marques
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Torres 
J. Fortunato
|Presentations elaboration 
A. Torres 
J. Fortunato
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Torres 
J. Fortunato
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 16 to 20 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 16 
! scope="col" | Tuesday, 17 
! scope="col" | Wednesday, 18 
! scope="col" | Thursday, 19 
! scope="col" | Friday, 20 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
B. Carvalho
|Data analysis II
B. Carvalho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration

A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2016-03-09T11:32:58Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2016: 14 to 18 March 

{| border="1" style="text-align: center;"
|+ March 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 14/3 
! scope="col" | Tuesday 15/3 
! scope="col" | Wednesday 16/3 
! scope="col" | Thursday 17/3 
! scope="col" | Friday 18/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration 
A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 16 to 20 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 16 
! scope="col" | Tuesday, 17 
! scope="col" | Wednesday, 18 
! scope="col" | Thursday, 19 
! scope="col" | Friday, 20 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
B. Carvalho
|Data analysis II
B. Carvalho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration

A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2015-11-15T20:49:08Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2015: 16 to 20 March 

{| border="1" style="text-align: center;"
|+ March 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 16/3 
! scope="col" | Tuesday 17/3 
! scope="col" | Wednesday 18/3 
! scope="col" | Thursday 19/3 
! scope="col" | Friday 20/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration 
A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 16 to 20 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 16 
! scope="col" | Tuesday, 17 
! scope="col" | Wednesday, 18 
! scope="col" | Thursday, 19 
! scope="col" | Friday, 20 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
B. Carvalho
|Data analysis II
B. Carvalho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration

A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto 
Samuel Balula

Training

2015-11-15T20:46:09Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2015: 16 to 20 March 

{| border="1" style="text-align: center;"
|+ March 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 16/3 
! scope="col" | Tuesday 17/3 
! scope="col" | Wednesday 18/3 
! scope="col" | Thursday 19/3 
! scope="col" | Friday 20/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration 
A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 16 to 20 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 16 
! scope="col" | Tuesday, 17 
! scope="col" | Wednesday, 18 
! scope="col" | Thursday, 19 
! scope="col" | Friday, 20 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
B. Carvalho
|Data analysis II
B. Carvalho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration

A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Lourenço 
Pedro Sebastião 
Ruben Marques 


Rui Neto

Training

2015-11-15T20:45:25Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2015: 16 to 20 March 

{| border="1" style="text-align: center;"
|+ March 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 16/3 
! scope="col" | Tuesday 17/3 
! scope="col" | Wednesday 18/3 
! scope="col" | Thursday 19/3 
! scope="col" | Friday 20/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration 
A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 16 to 20 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 16 
! scope="col" | Tuesday, 17 
! scope="col" | Wednesday, 18 
! scope="col" | Thursday, 19 
! scope="col" | Friday, 20 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
B. Carvalho
|Data analysis II
B. Carvalho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration

A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Sebastião 
Ruben Marques 


Rui Neto

Training

2015-11-15T20:45:00Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2015: 16 to 20 March 

{| border="1" style="text-align: center;"
|+ March 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 16/3 
! scope="col" | Tuesday 17/3 
! scope="col" | Wednesday 18/3 
! scope="col" | Thursday 19/3 
! scope="col" | Friday 20/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration 
A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 16 to 20 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 16 
! scope="col" | Tuesday, 17 
! scope="col" | Wednesday, 18 
! scope="col" | Thursday, 19 
! scope="col" | Friday, 20 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
B. Carvalho
|Data analysis II
B. Carvalho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration

A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Sebastião 
Ruben Marques 

<!Rui Figueiredo >
Rui Neto 
<!Fabian Chavez >

Training

2015-11-15T20:44:04Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2015: 16 to 20 March 

{| border="1" style="text-align: center;"
|+ March 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 16/3 
! scope="col" | Tuesday 17/3 
! scope="col" | Wednesday 18/3 
! scope="col" | Thursday 19/3 
! scope="col" | Friday 20/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration 
A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 16 to 20 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 16 
! scope="col" | Tuesday, 17 
! scope="col" | Wednesday, 18 
! scope="col" | Thursday, 19 
! scope="col" | Friday, 20 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
B. Carvalho
|Data analysis II
B. Carvalho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration

A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Sebastião 
Ruben Marques 
Rui Coelho 
Rui Figueiredo 
Rui Neto 
Fabian Chavez

Training

2015-11-15T20:42:48Z

Ist46789: /* Instructors */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2015: 16 to 20 March 

{| border="1" style="text-align: center;"
|+ March 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 16/3 
! scope="col" | Tuesday 17/3 
! scope="col" | Wednesday 18/3 
! scope="col" | Thursday 19/3 
! scope="col" | Friday 20/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration 
A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 16 to 20 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 16 
! scope="col" | Tuesday, 17 
! scope="col" | Wednesday, 18 
! scope="col" | Thursday, 19 
! scope="col" | Friday, 20 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
B. Carvalho
|Data analysis II
B. Carvalho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration

A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Sebastião 
Ruben Marques 
==Rui Coelho 
==Rui Figueiredo 
Rui Neto 
==Fabian Chavez

Training

2015-11-15T20:38:19Z

Ist46789: /* Local and Timetable */

==Athens Programme==
At IST it is offered some training courses where you can learn more about e-lab in a college environment. If you are an european student, you can apply to come for one week to Lisbon and follow the Athens course.

Please have a look at the [http://www.athensprogramme.com/catalog ATHENS Programme] courseware list under IST6 or check [http://nmci.ist.utl.pt/en/cooperacao-internacional/athens-advanced-technology-higher-education-network/ IST ATHENS site].

Hoping to see you in [http://www.visitportugal.com/Cultures/en-US/default.html Lisbon].

==Objectives==
This course is intended to provide to students all the knowledge in how to execute experiments in the e-lab laboratory and to use several techniques and software tools to analyze and process the acquired data.

It is expected that students will acquired basic skills in Octave or MatLab, namely FFT, SVD (singular value decomposition) and advanced fitting techniques. This will be a 1-week course organized within the ATHENS programme.

At the end of the course the students should know:

(i) Run and acquire data from a remote experiment;
(ii) Handle data and do their data analysis;
(iii) How video is broadcast through a multicast unit;
(iv) Understand how a physic apparatus could be converted in a remote laboratory.

We are promoting thematic experiments such as Plasma Physics, energy conservation and others.

The course has a total duration of 35 hours divided in 4 major blocks. Theoretical classes will be laboratory oriented as most of the course will be practice. Some topics will be given as seminars.

==Assessment==
The student’s assessment consists in two different tasks:

(i) Each group of two students shall do a presentation based on an experimental choosen apparatus, and show how the apparatus works, how to gather data, and all the data analysis and processing done based on the acquired data.

(ii) Also each group of two students shall choose another experimental apparatus and produce media content that they find relevant and interesting for that experiment, witch that can be included in an online wiki-style site.

==Local and Timetable==
The course will take place twice a year at IST / Alameda campus. Classes will take place at Room 7, North Garden Pavilion.

 Spring 2015: 16 to 20 March 

{| border="1" style="text-align: center;"
|+ March 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday 16/3 
! scope="col" | Tuesday 17/3 
! scope="col" | Wednesday 18/3 
! scope="col" | Thursday 19/3 
! scope="col" | Friday 20/3 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
R. Coelho
|Data analysis II
R. Coelho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration 
A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

 Fall 2015: 16 to 20 November 

{| border="1" style="text-align: center;"
|+ November 2015 Course Timetable
|-
! scope="col" | Time
! scope="col" | Monday, 16 
! scope="col" | Tuesday, 17 
! scope="col" | Wednesday, 18 
! scope="col" | Thursday, 19 
! scope="col" | Friday, 20 
|-
|9h30
11h
|Introduction to e-lab
H.Fernandes
|Plasma probes 
C. Silva
|The e-lab framework
R. Neto
|Behind the scene 
R. Marques
|Video broadcast
R. Henriques
|-
|11h
12h30
|Fitteia – an on-line data fitting
P. Sebastião
|Data analysis I
B. Carvalho
|Data analysis II
B. Carvalho
|Commercial available sensors 
R. Neto
|Presentations evaluation 
H. Fernandes
|-
|12h30
|Lunch
|Lunch
|Lunch
|Lunch
|Lunch
|-
|14h
16h
|Applied e-lab experience: 
Langmuir probe 
World pendulum 
P. Lourenço 
J. Fortunato
|Advanced data fittings 
A. Duarte
|e-lab data processing
A. Duarte 
|Presentations elaboration

A. Duarte
|Presentation evaluation
H. Fernandes
|-
|16h
18h
|Applied e-lab experience:
Colisione 
Inertia momentum 
S. Balula 
R. Marques
|e-lab data processing 
J. Fortunato 
|IST Visit
|Presentations elaboration 
A. Duarte
|**\/**
|-
|18h
!Adjourn
!Adjourn
!Adjourn
!Adjourn
!Course ends
|}

==Instructors==
André Duarte 
Bernardo Carvalho 
Carlos Silva 
Horácio Fernandes 
João Fortunato 
Pedro Sebastião 
Ruben Marques 
Rui Coelho 
Rui Figueiredo 
Rui Neto 
Fabian Chavez