Michel MENSLER

En résumé

Entreprises

• Renault - Expert Control Battery Management System

  Boulogne-Billancourt 2011 - maintenant EV, HEV, PHEV BMS (Battery Management System) Control Software.
  RENAULT Technocentre (research center),
  * In charge of the technology road-map for BMS software for high-voltage lithium-ion battery for vehicles. ;
  * Management of 2 specialists in upstream and downstream BMS software developments. ;
  * Development and Management of an innovative BMS project in cooperation with CEA (French Alternative
  Energies and Atomic Energy Commission), involving 5 researchers and specialists. The project consists in
  developing adaptive algorithms that are robust against aging and use (pure electric, hybrid, plug-in hybrid).
  * Management of the Synergy with Nissan Motor Co. in BMS Advanced Engineering software development. ;
  * Management of an innovative hardware BMS project in cooperation with CEA involving 10 researchers,

• Nissan Motor Co - Chef de Projet Innovation

  2009 - 2011 Leader Projet développement BMS (Battery Management System). Projet commun
  NISSAN Advanced Technical Center (NATC), Atsugi, JAPON.
  **Projet en Ingénierie Avancée BMS pour véhicules électriques Renault-Nissan
  * Compétences techniques de cadrage :
  * Définition des spécifications BMS (hardware et software)
  * Evaluation des solutions d'équilibrage actif et définition des critères pour évaluation
  * Définition de l'architecture Hardware et Software ;
  * Compétences techniques de développement :
  * Définition et analyses des tests sur cellules/modules pour modélisation sous Simulink ;
  * Modélisation Cellule/Module/Pack ;
  * Construction banc utilisant le système dSPACE de prototypage rapide ;
  * Compétences en conduite de Projet
  * Développement QCD ;
  * Définition des ressources humaines et matérielles pour le projet ;
  * Construction et suivi du planning

• Nissan Motor Co - Project Leader BMS

  2009 - 2011 BMS (Battery Management System) development. Renault-Nissan common project.
  NISSAN Advanced Technical Center (NATC), Atsugi, JAPAN.
  **Advanced Engineering (AE) Project for BMS development for Nissan and Renault Electric Vehicles
  * High-Level technical skills ;
  * Definition of the specifications of the BMS (hardware and software)
  * Evaluation of Active BMS solutions and criteria definition for evaluation
  * Hardware and Software architecture definition for the BMS
  * Low-Level technical skills ;
  * Definition and analysis of tests on cells/modules for modeling under Simulink ;
  * Cell/Module/Pack modeling ;
  * Bench building using rapid-prototyping dSPACE system ;
  * Project skills
  * QCT development ;
  * Definition of man power required for the project ;
  * Definition of the schedule for AE development

• Renault - Research engineer

  Boulogne-Billancourt 2006 - 2009 * Battery Modeling and BMS (Battery Management System). ;
  * Study and dynamic model of a Li-ion battery for EV/HEV. ;
  * Leading the BMS study and development, transversal project at Renault in collaboration with
  Nissan. Target definition, schedule definition, resources definition, project leading.

• Nissan Motor Co - Research engineer

  2004 - 2006 Acoustics. In charge of a research team on road noise reduction in a car cabin by active control.
  Modelling by modal analysis, H*-control and Rapid Control Prototyping with dSPACE
  (autobox) solutions. Management of one engineer and one technician.

• Nissan Motor Co - Research engineer

  2002 - 2004 Hybrid Vehicle. Calculation and optimization of the operating points of electric motors and
  engine of a hybrid vehicle in order to minimize its fuel consumption (electric-infinitely
  variable transmission hybrid vehicle).

• Nissan Motor Co - Ingénieur de Recherche

  2001 - 2006 ingénieur de recherche

• Nissan Motor Co - Research engineer

  2001 - 2002 Automatic transmission. Mechatronics. Identification and control of a Toroidal Continuously
  Variable Transmission (T-CVT)-type automatic transmission (the commercial name is Extroid-
  CVT).

• Kyushu University - Post-doctoral researcher

  1999 - 2001 Research theme: system identification via continuous-time approaches. Application to the multi-input/multi-
  output systems with the N4SID method (Numerical algorithm for Subspace State Space System
  IDentification).

Formations

• Henri-Poincaré University

  Nancy 1995 - 1999 Doctorat
  
  Thesis at the CRAN (Research Center in Automatic Control
  Research theme: system identification via continuous-time methods. Analysis, comparison of 16 methods and
  development of a Matlab toolbox called CONTSID.
  homepage: http://www.iris.cran.uhp-nancy.fr/contsid/
  
  
  *

Réseau

• Cédric BENHADJ

• Louis NOLA

• Mickael MALLET