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Grégoire Canes-Boussard

Grégoire Canes-Boussard

Thermal & Mechanical Engineer

40 years old
Driving License
France
Unemployed Available
  • Provided specification, design and verification of the evolutions of inertial units
    • Conducted mechanical studies
    • Established the estimate for thermal studies on Rafale units
    • Assessed the feasibility and cost of modifications for all product configurations
    • Wrote and updated the specifications and design calculations for sub-systems
    • Defined and coordinated test programs (electromagnetic compatibility, durability)
      • Conducted FEA modal analysis (ANSYS Workbench) on core subassemblies
  • • Tested & validated automotive lighting devices
    • Defined the Validation Plans and wrote test requirements for materials testing
    • Conducted trials: mechanical, dynamic, thermal and chemical resistance
    • Thermal tests: thermal mapping (IR camera, in situ thermocouples), climatic cycling
      • Laboratory facilities maintenance and supervision
  • • Coordinated studies and validation of a new heat treatment for injectors
    • Managed trials: DOE definition, quality-cost-time control (600 k€ budget).
    • Product analysis: functional failures, metallurgical stability, metrological means.
    • Distribution: risk assessment for clients, validation with Manufacturing and Purchasing.

    • Provided expertise on the thermal study
    • Instrumented prototypes: defined the need, optimized the design using FEA
    • Model: defined steps (adjustment, FEA-CFD coupling, parametric study)
  • • Designed and optimized a thermofluidics test bed for automotive air-conditioning
    • Managed 8 subcontractors: minimized costs, elaborated specific processes.
    • Wrote technical and functional specifications: thermal, thermodynamic, fluid, dynamics.
    • Worked out solutions using CAD (SolidWorks).

    • Defined geometry and pace parameters maximizing heat exchanges
    • Developed a CFD model (Fluent): parameter optimization, thermal and fluid study.
    • Manufactured and tested the in situ instrumentation.
  • Doctoral research subject: Thermofluidics of micro heat exchangers in alternating pulsed flow. Developing promising magnetocaloric vehicle air-conditioning systems.
  • Conducted trials and parametric studies on plasma at atmospheric pressure:
    • Carried out the experimentation: acquired data using CCD imaging and electrical diagnosis
    • Data analysis: highlighted correlations, electrostatics simulation (COMSOL-FEMLab).
    • Results: published 2 articles in international journals + 3 proceedings.

PhD

Université de Franche-Comté

October 2007 to October 2009
Thesis on "Thermofluidics of micro heat exchangers in alternating pulsed flow - application to magnetocaloric vehicle air-conditioning."

Engineer

EPF Ecole d'Ingénieurs

September 2002 to June 2007
Specialization in Energetics
  • Process engineering, Cogeneration (CHP), trigeneration
  • Gas turbines, Combustion engines, Fuel cells
  • Well-to-wheel automotive fuels
  • Energy management
  • Renewables & Nuclear physics

Bach. Ing.

Université de Montréal - Ecole polytechnique de Montréal

September 2002
Mechanical Engineering

Lycée Français de Varsovie

September 1992
  • Product Life Management
  • Validation process
  • Quality-cost-time control
  • Thermal and thermodynamic systems (heat transfer, instrumentation, process, combustion)
  • Fluid mechanics (CFD - Computational Fluid Dynamics)
  • Part and System design (CAD/CAM)
  • Numerical analysis (FEA/FEM)
  • Elected representative at the Scientific Council
  • Active member of the PhD students association
  • President-Founder of EPF Ecol'Osmose
  • Climbing
  • Skiing (level 9)
  • Diving (CMAS 2)
  • Cycling