Enrollment is closed
  • End of Registration
  • Registration closed
  • Classes Start
  • nov 02 2020
  • Classes End
  • dec 11 2020
  • Estimated Effort
  • 03:00 h/week
  • Language
  • French

About the course / À propos du cours

The MOOC MOMENTOM consists of five consecutive sequences.

The first sequence is dedicated to new energies and society. The lectures present the conditions for the deployment of green hydrogen in the context of the current energy transition and the agenda of the Paris Climate Agreement. The economic analysis focuses on the potential levers and obstacles of this deployment in the economy and by reference to the land transportation sector. It presents the main challenges of the transition from a carbon-based economy to a sustainable economy. The second sequence describes a couple of different multifunctional materials and systems for sustainable energy conversion. In the third sequence the hydrogen production technologies including conventional processes and hydrogen production from water electrolysis and photo-electrolysis are described. The sequence number four focuses on the hydrogen storage and energy applications highlighting the risks and safety aspects. Finally, the sequence number five presents the electrochemical energy conversion systems in particular the batteries of future and supercapacitors.

Videos subtitles are available in French and in English languages.

Le MOOC MOMENTOM est constitué de cinq séquences successives.

La première semaine a trait au rôle des énergies nouvelles dans la société. L'enseignement proposé vise à présenter les conditions d’un déploiement de l'hydrogène vert dans le contexte de la transition énergétique actuelle et de l'agenda de l'Accord de Paris sur le climat. L'accent sera porté sur les leviers et les obstacles potentiels de ce déploiement à l’échelle de l’économie et par référence au secteur du transport terrestre. La deuxième semaine présentera quelques matériaux disruptifs et différents systèmes multifonctionnels pour la conversion durable de l'énergie. Au cours de la troisième semaine, les technologies de production d'hydrogène, incluant les procédés conventionnels et la production d'hydrogène par électrolyse et photo-électrolyse de l'eau, seront décrites. La quatrième semaine sera consacrée au stockage de l'hydrogène et aux applications énergétiques, en mettant l'accent sur les risques et les aspects de sécurité. Enfin, la cinquième semaine présentera les systèmes de conversion électrochimique de l'énergie, en particulier les batteries du futur et les supercondensateurs.

Format / Format

The MOOC MOMENTOM is splitted into five consecutive sequences. Each sequence corresponds to one learning week. Several videos will introduce the main concepts and additional resources will be provided to allow the learner to go deeper into the details of each concept. A forum will be organized each week in order to facilitate the interactions between the learners and the teachers (academic professors, researchers and industrials).

Le MOOC MOMENTOM est divisé en cinq séquences successives. Chaque séquence correspond à une semaine d’apprentissage. Plusieurs vidéos présenteront les principaux concepts et des ressources supplémentaires seront fournies pour permettre à l'apprenant d'approfondir les détails de chaque concept. Un forum sera organisé chaque semaine afin de faciliter les interactions entre les apprenants et les enseignants (professeurs universitaires, chercheurs et industriels).

Prerequisites / Prérequis

This MOOC has been thought for Bachelor and Master students, technicians and engineers, as well as for people interested in energy applications. Some basics in materials science are required.

Ce MOOC a été conçu pour les étudiants de niveau licence et master, les techniciens et les ingénieurs, ainsi que pour les personnes intéressées par les applications énergétiques. Quelques notions de base en science des matériaux sont requises.

Course Staff

Loïc Assaud, MOOC MOMENTOM coordinator

Loïc Assaud is an Associate Professor at University Paris-Saclay, he studied Materials Science at the University of Aix-Marseille, France, and graduated with a PhD in 2013. He performed several Research stays at the University of Ottawa (Canada), the University of Erlangen-Nuremberg (Germany). His current research focuses on the functionalization of catalytic surfaces for (photo-)electrochemical energy conversion and the development and characterization of electrodes for batteries and their modelling. His teaching activities include sustainable development, materials for energy, electrochemical processes. He is the coordinator of the MOOC MOMENTOM.

Hynd Remita, MOMENTOM Project coordinator

Hynd Remita is Director of Research at the CNRS. After a PhD in Physical Chemistry at the Université Paris-Sud (France), she did her post-doc. at University of Medecine of Sherbrooke (Canada). Her major interests are the development of nanomaterials for Solar Energy Conversion, Photocatalysis, Fuel Cells and Nanomedecine. Her research unites various strategies for the development of synthesis methods for nanomaterials with specific applications (photocatalysis, fuel cells, nanomedecine). The goal is not only to enable the development of practical devices but ultimately, to find out the guiding principles by which the performance of a particular material is achieved. She is also devoted to dissemination of Science. She is the coordinator of the MOMENTOM project.

Patrick Schembri, New Energies and Society coordinator

Patrick Schembri, PhD in Economics (Paris 1 Panthéon-Sorbonne Univ.), Associate Professor at the University of Paris-Saclay, and the University of Versailles Saint-Quentin-en-Yvelines (UVSQ). Current member of the Versailles Saint-Quentin-en-Yvelines Observatory (CNRS-UVSQ), and research fellow at the Interdisciplinary Research Center CEARC. His research activities led him to take part in several national and European research programs concerning sustainable agriculture and water quality, greenhouse gas abatement through fiscal policy in the European Union, as well as the application of monetary and non-monetary procedures of economic valuation for managing sustainable development. His research also focuses on the economic analysis of the smart grid energy and hydrogen in the energy transition, and the modelling of socio-economic scenarios of climate change.

Johnny Deschamps, Hydrogen coordinator

Johnny Deschamps is Professor in the Unité Chimie et Procédés (UCP) at ENSTA IP Paris. His main research activities are the hydrogen production from biomass, the hydrogen storage by adsorption in organic framework materials and the confinement of fluid and metals in porous materials. He develops specific and original techniques of Organic Frameworks doping by using both metals and carbonaceous materials, and teaches the “Hydrogen Network” in several prestigious institutions in France and in China.

Sylvain FRANGER, Electrochemical energy storage coordinator

Sylvain Franger is Full Professor at University Paris-Saclay at the Institute for Molecular Chemistry and Materials of Orsay, his research deals with energy conversion and storage. He is the head of the Master program Energy of the University Paris-Saclay in which he is teaching batteries working principle and limitations and their evolutions for future applications.

Lecturers / intervenants :

Pedro Almeida de Oliveira (Université Paris-Saclay), Loïc Assaud (Université Paris-Saclay), Clément Canton (SIG Energy Technology), Julien Colin (CentraleSupelec – Université Paris-Saclay), Emmanuelle Deleporte (ENS Paris-Saclay), Johnny Deschamps (ENSTA IP Paris), Guilhem Dezanneau (CNRS – CentraleSupelec – Université Paris-Saclay), Stéphane Duquesne (Greenfish), Fabio Ferrari (Symbio), Sylvain Franger (Université Paris-Saclay), Magali Gauthier (CEA – Université Paris-Saclay), Charlie Godano (Greenfish), Antoine Hamet (SIG Energy Technology), Cécile Klinguer (Greenfish), Daniel Lincot (CNRS-IPVF), Arun Kumar Meena (Greenfish – Université Paris-Saclay), Gilles Lancel (EDF), Christian Maugy (PSA Group), Pierre Millet (Université Paris-Saclay – ArevaH2gen), Fabien Miomandre (ENS Paris-Saclay), Valérie Naudet (Air Liquide), Jean-Pierre Ponssard (CNRS – Ecole Polytechnique IP Paris), Jessica Quach (Greenfish), Jean-Paul Reich (Afhypac), Hynd Remita (CNRS-ICP), Patrick Schembri (Université de Versailles Saint Quentin – Université Paris-Saclay), Nathanaelle Schneider (CNRS-IPVF), Philip Schulz (CNRS-IPVF), Anne-Lucie Teillout (Université Paris-Saclay).

Technical and pedagogical Team / Equipe Technique et pédagogique :

Direction en charge de l’Innovation Pédagogique - Université Paris-Saclay : Hugues Cazin d'Honincthun, Gabriel Mathevet, Aurélie Rousseau.

Teaser :

Design Spot - Université Paris-Saclay : Yoann Montenot, Vincent Creance.


Industrial relationships manager / en charge des relations industrielles : Hanene Kooli-Chaabane.

Summary / Plan du cours

  • Week 1 : New energies and society
  • Week 2 : Multifunctional materials for a sustainable energy conversion
  • Week 3 : H2 production technologies
  • Week 4 : Hydrogen storage for energy applications
  • Week 5 : Disruptive materials for electrochemical energy storage


Each week, a quiz will be proposed in order to evaluate to degree of knowledge of the concepts. A final evaluation accompanied with a certificate of attendance will be provided at the end of the 5 learning weeks.

Chaque semaine, un quiz sera proposé afin d'évaluer le degré de connaissance sur chaque concept. Une évaluation finale accompagnée d'une attestation de suivi avec succès sera fournie à l’issue des 5 semaines d'apprentissage.

Partners / Partenaires

Université de Versailles Saint Quentin en Yvelines


Licence / Conditions d'utilisation

Conditions d’utilisation du contenu du cours

Attribution - Pas d’Utilisation Commerciale - Pas de Modification

Conditions d’utilisation des contenus produits par les participants

All rights reserved / Droits réservés

Licence restrictive : la production relève de la propriété intellectuelle de son auteur et ne peut donc pas être réutilisée.