Ingénieur de Recherche projet HYSySPEM at PEPR HYDROGENE
📍 Greater Paris Metropolitan Region, France
Alexandre Battiston is a Research & Innovation Project Leader at IFP Energies nouvelles, specializing in power electronics and control systems for transportation and electrification. He holds a Ph. D. in Electrical Engineering from the Université de Lorraine and focuses on developing advanced solutions for electric and fuel cell vehicles.
He is the recipient of the EPE Young Author Best Paper Award for his work on high-power SiC-based inverters for electric vehicles.
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Experience
8 Years
Current Role
Ingénieur de Recherche projet HYSySPEM
Location
Greater Paris Metropolitan Region, France
Personality Overview
How Alexandre shows up
Detail Oriented
Perfectionist
ROI Seeker
They are heavily focused on quality and prefer doing things the right way, even if it takes time. They tend to be clear about their needs and limitations and are unlikely to promise too much. They are always well-planned and adopt a systematic approach.
Priorities
Topics Alexandre cares about
Power Electronics
His research focuses on innovative converter and inverter topologies, including SiC-based systems for high-power, high-voltage applications in the automotive sector.
Hydrogen Systems
Leads research within the PEPR HYDROGENE program, specifically on the HYSySPEM project, to optimize air compression chains and power electronics for hydrogen fuel cells.
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Career
Work history
1-2022
Ingénieur de Recherche projet HYSySPEM
PEPR HYDROGENE
4-2015 - 3-2016
Ingénieur conception électronique de puissance
Mavel
10-2011 - 9-2014
Doctorat en Génie Électrique
Université de Lorraine
3-2011 - 9-2011
Stage ingénieur R&D
IFP Energies nouvelles
7-2009 - 7-2009
Stage ouvrier
Sofidel S.p.A.
In the press
Media appearances
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Education
2011 - 2014
Doctorat
Universite de Lorraine
2008 - 2011
Diplôme d'ingénieur
Ecole Nationale Supérieure d'Electricité et de Mécanique (ENSEM)
Calculativeness (C) reflects the degree to which a person is likely to be cautious, systematic and analytical. Those scoring high tend to emphasise quality and accuracy.
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