Mamoudou BALL

En résumé

Entreprises

• Renault - Interior trim project leader

  Boulogne-Billancourt 2015 - maintenant

• Renault - Customer Lighting Performance Requirements Pilot

  Boulogne-Billancourt 2011 - 2015 MISSION : Lighting performance referent for Renault SA
  
  ACHIEVEMENT(S) :
  - Define objective criteria for the lighting performance system
  - Develops software for the lighting performance (Eclair, Contact ...) according the new criteria (Automatic report in ppt and pdf)
  - Provides development tools specification and validation of the digital roadmap of the service system
  - Implementation Development processus, ADB (adaptative driving beam) matrix beam, AFS (Adaptative Frontlighting System) and automatic static setting system (from specification to validation)
  - Prototype systems (Addition light system, Directional light system, AFS, Matrix beam) in lighting simulator
  - Prototype systems (Addition light system, AFS) in real car via micro autobox
  
  TECHNICAL BACKGROUND :
  Matlab, Simulink, Adams, D-SPACE Micro Autobox, Catia V5, SPEOS, EE Architecture, System Engineering, Lighting regulation (ECE 48, 112, 19, 123)

• Segula Technologies - Computed Aided Engineering and Numerical Simulation at Renault SA

  Nanterre 2010 - 2011 MISSION : Develop tools to specify and pilot the lighting performance in Renault
  
  OBJECTIVE(S) :
  - Photometric simulation and lighting system referent for Lighting department
  - Referent for Optical and Photometric System validation with Project leader, Development team, Drivers Components POE and suppliers.
  - Referent for the Lighting Simulator for Lighting department (define the new need and pilot the new development)
  
  ACHIEVEMENT(S) :
  - Define objective criteria for the lighting performance
  - Develops software for the lighting performance (Eclair, Contact ...)
  - Provides development tools specification and validation of the digital roadmap of the service system
  - Implementation Development processus for AHL (Automatic High beam / low beam), motorized GFHB (Glare free High Beam) and automatic dynamic setting system (from specification to validation)
  
  TECHNICAL BACKGROUND :
  Matlab, Simulink, Adams, Catia V5, SPEOS, EE Architecture, System Engeneering

• Cemagref - R&D Engineer

  Antony Cedex 2009 - 2010 MISSION: Apply the IRAD method for systematic human-safety integration in new product design
  
  OBJECTIVE(S):
  - Redesign the tractor-implement couplings to improve safety
  - Simulation of free fall crash element on the tractor's protective structure
  
  ACHIEVEMENT(s):
  - State of the art study (patents, design methods, risk assessment)
  - Customer needs and functional analysis
  - Use of Axiomatic Design and TRIZ
  - Design and simulation of several solution
  - Proof of concept of the methodology
  - Prototype realization
  - Development and application of a new validation method for the tractor's protective structure
  
  TECHNICAL BACKGROUND :
  Catia V5, Ansys LS-Dyna

• MCA Ingénierie - Simulation Engineer (PSA)

  Levallois-Perret 2008 - 2009 MISSION : Bearing wears simulation - EB0 Engine Service DTI/DPMO/AMMT/MVAM/JDTM
  
  
  OBJECTIVE(s) :
  - Realize a methodology
  - Train the staff
  
  ACHIEVEMENT(S) :
  - Determination of the simulation parameters
  - Determination of the wear bearing map making on EB0 motor
  - Realization of the simulation of the conrod dynamic
  - Realization of a correlation study (on EB0 and EB2 generation)
  - Realization of a methodology
  - Staff training
  
  TECHNICAL BACKGROUND :
  - Catia V5, Vlab, AFC
  - Abaqus, Nastran
  - Excite Power Unit (1D simulation)

• Poclain Hydraulics - R&D Engineer

  Verberie 2008 - 2008 MISSION: Scientific Study on the implementation and interpretation of experimental measurements made on a specific bench
  
  OBJECTIVE(S):
  - To define the optimal solution in the motor design to increase the mechanical yield
  - To improve the test procedures
  
  ACHIEVEMENT(S):
  - Technological survey
  - Book of specifications redaction
  - Definition and strategy to define and measure mechanical losses
  - Test realisation an interpretation
  - Modal and rheological analysis
  
  TECHNICAL BACKGROUND:
  - Measuring equipment: accelerometer, force meter, pressure sensor, Central data acquisition system HBM, NI Diadem

• Sappel - Design Engineer

  2006 - 2007 MISSION: Design a PQP
  
  OBJECTIVE(S):
  - To realize a plan of qualification for a water meter with a plastic main case
  
  ACHIEVEMENT(S):
  - Realization of plan of qualification
  - Definition of the standard associated
  - Definition of the technical specification for the test bench which will used
  - Partners research
  - Design and programing of material database
  
  TECHNICAL BACKGROUND:
  - CAD: Pro-Engineer
  - Press, Rheology

Formations

• Université De Technologies

  Belfort 2005 - 2008 Conception de systèmes mécatroniques
  
  Mechanical and Design Engineering graduated from the UTBM Specialized in mechatronical system design
  -> design and manage complex mechanical systems, incorporating different techniques and technologies (mechanical, computer, auto, electronics).

• Université De Technologies

  Belfort 2003 - 2005 Tronc commun

Réseau

• Alexis ALVAREZ

• Benjamin CHARPENTIER

• Dapeng XU

• Fabien MUGNIER

• Mathieu KLEE

• Nizar HARB

• Régis ELIE

• Romain DELACOURT

• Sonia DE SOUZA

• Utbm - (enibe - Utcs - Ipsé) ASSIDU