Personnel de l'université

Jean-Christophe OLIVIER

Enseignant-Chercheur IUT de Saint-Nazaire — Laboratoire IREENA Responsable de la licence pro "Métiers de l'instrumentation, de la mesure et du contrôle qualité — Parcours Capteurs Instrumentation et Métrologie" Responsable des projets tutorés Mesures Physiques deuxième année

Coordonnées

Laboratoire IREENA Site de Saint-Nazaire - CRTT 37 bd de l'université BP406 - 44622 Saint-Nazaire CEDEX IUT de Saint-Nazaire Département Mesures Physiques 58 rue Michel Ange 44600 St Nazaire

Bureau
bureau 268 (laboratoire, CRTT)
Tél
0240178123 (n° interne : 478123)
Fax
02 40 17 26 18
Bureau 2
bureau 2.005 (IUT St-Nazaire)
Mail
Jean-Christophe.Olivier@univ-nantes.fr

Discipline(s) enseignée(s)

Electricité, Electronique, Informatique Industrielle, Automatique

Thèmes de recherche

Energie électrique pour le transport, optimisation technico-économique, systèmes hydrogène

Activités / CV

Place and date of birth : Levallois Perret (92), France, 17th  september 1979

Grade : Assistant Professor : Sections Electrical Engineering and Automatic Control

University institute and laboratory: Institute of Technology of Saint-Nazaire — IREENA Lab

Education

2017 : Habilitation — University of Nantes, France. Accepted on 6-13-2017. Laboratory : IREENA, St-Nazaire, France. Title : Techno-economic optimization and multi-time scales simulation for optimal design of Electrical systems.

2004-2006 : PhD thesis, Electrical Engineering, University of Nantes, France. Accepted on 12-5-2006.

Title : Modeling and design of a self-oscillating modulator, adapted to the power emulation of electrical devices

2003-2004 : MASTER degree, in Electrical Engineering, Université de Nantes, France.

2001-2004 : Ingineering School (Polytech’Nantes), in Electrical Engineering, Saint-Nazaire, France.

2000-2001 : Bachelor in Electrical Engineering, University of Nantes, France.

Educational Work

University Institut of Technology, Electrical measurements (Bachelor level) [200 hours per year] In the fields of the Electrical Engineering and automatic control, Renewable Energies (Photovoltaic, Wind turbines, Fuel cells,…)
Professional degree in Sensors, Instrumentation and Measurements [25 hours per year] Conditioning and Signal Measurement Processing, Automatic control
MASTER degree in Renewable Energies — Energy Management — Electrical Engineering  [25 hours per year] Power converter for Electrochemical storage devices, Multi-sources power systems for Renewable Energies

Scholarly and Professional Academic Activities

Recent projects

European project ETRERA (Empowering Tunisian Renewable Energy Research Activities) : 2010—2013, REGPOT FP7 ETRERA — The objective of this project was to develop at the CRTEn, Tunisia, a new scientific activity on the fuel cell design. Collaborations with CRTEn, Tunisia, CNR-ITAE, Italy, IBIC, Italy, LTEN, France.

European project BESST (Breakthrough in European Ship and Shipbuilding Technologies) : 2009—2013 It aims to achieve a breakthrough in competitiveness, environmentally friendliness and safety of European built ships. Collaboration with Ship builder STX Europe, France, Fincantieri, Italy.

European project ETRERA 2020 (Empowering Trans-Mediterranean Renewable Energy Research Alliance for Europe 2020) : 2013—2016, R2I-FP7 ETRERA. aimed at tackling the future energy needs by creating a Euro-Mediterranean research alliance for the development of a RDI network on Renewable Energy Sources - RES technologies and for improving Research-Industry cooperation.

Internal project of the Research group SEEDS-SHS : 2015—2016 Techno-economic optimization of power systems with Marine Renewable production and hydrogen storage: application to the eco-mobility of fishing boat.

RFI project OptimA (Région Pays de la Loire) 2016 — 2019 
 This project deals with the optimization of the energy managment of micro-grids, for stand alone power systems

National ADEME project ESTUAIRE (Industrial Smart-Grid) : 2019 ­— 2021 The aim of this project is to develop an industrial Smart-Grid including economical et technical issues.

Pari Scientifique, project SYSTER (Région Pays de la Loire) : 2018 — 2021 
The aim is to develop tools and methods for the simulation of stochastic multi-physic and multi time-scales systems.

Publications

https://scholar.google.fr/citations?hl=fr&user=nz7xtd0AAAAJ