Timetable & learning outcomes
This summer school consists of 5 half-day sessions of remote learning and will train future leaders in the field of energy materials for energy conversion and storage. Practical sessions as well as a capstone will be organized, thus complementing theoretical sessions.
The presence of industrial stakeholders will allow participants to benefit from a practical and engineering science-based approach to teaching.
Tentative program
Please note: sessions will take place between 13.00 and 17.30 CEST each day. Some self-guided work may be required throughout the summer school.
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Monday July 5th |
Tuesday July 6th |
Wednesday July 7th |
Thursday July 8th |
Friday July 9th |
|
Welcome, introduction and presentations |
Lecture 1: Fuel cell and hydrogen |
Lecture 1: Renewable energies (photovoltaics) |
Lecture 1: Integrated system for new energy sources / Smart and super grid |
Case study presentations |
|
Lecture 1: Batteries and supercapacitors |
Break |
Break |
Break |
Break |
|
Break |
Lecture 2: Fuel cell and hydrogen |
Lecture 2: Renewable energies (photovoltaics) |
Lecture 2: Integrated system for new energy sources / Smart and super grid |
Round table discussion with private stakeholders about the future of “new green energy” from an "industrial" point of view |
|
Lecture 2: Batteries and supercapacitors |
Break |
Social activity |
Break |
Closing remarks |
|
Definition of the cape stone expectation |
Case studies (group work) |
Case studies (group work) |
A certificate of participation will be awarded to students upon completion of the course.