Mes compétences :
Team Management
AutoCAD
Simulink
Renewable energy
Program Management
HVAC systems
C++
Entreprises
Valeo
- Program Manager – A/C System Engineering Manager
Paris2011 - maintenantProgram Management
• Business intelligence and technology benchmark
• Business plan development
• Elaboration, support and implementation of system product line strategy
• Management of a world wide project: Mobile Reversible Heat Pump for new power train vehicles (Budget: 2.5 M€ / Development in France and Japan)
Team Management, Innovation & Expertise in R&D
• Managing a team of four engineers
• Building and following corresponding budget by identifying gaps versus current and future competence needs
• Defining and implementing improvement action plan to reach excellence
• Identifying, creating synergies and ensuring optimum use of all resources
• Identifying the needs in terms of dedicated and shared resources
VALEO Expert in Thermodynamics and A/C System Architectures (from January 2013)
• Ensuring knowledge, training and implementation of the standards
• More than 10 patents on automotive field (HVAC, Thermal & A/C Systems)
Université de Technologie de Troyes
- Lecturer
2011 - maintenant
EPF Ecole d'ingénieurs
- Lecturer
2008 - maintenant
Valeo
- AC System Engineer
Paris2008 - 2011▪ Specification and validation of A/C loop (Heat pump and battery thermal management)
▪ Development of the A/C team expertise
▪ Supporting research department to design A/C system in competition concept phase during request for quotation process
Ecole Nationale Supérieure des Mines de Paris
- Research & Development Engineer
2005 - 2008Centre of Energy and Process (CEP), Ecole des Mines de Paris - Paris, France
PhD – Thesis Title: Micro CHP based on organic Rankine cycle for buildings operating on solar and biomass energy
In parallel of my PhD, different studies have been realized for different industrial companies:
Contract ANR/ADEME with PREBAT Program (9 month)
Study of a micro CHP and a ventilation system for building with low energy consumption (15 kWh/m2.year):
• Design and realization of a test bench for the characterization of a sterling engine units operating on wood pellets
• Identifying the electrical and thermal efficiency for different operating conditions
VEOLIA/DALKIA Contract– Energy (6 month)
Technico-economic analysis for heat recovery from waste heat for incineration systems and biogas engines:
• Review of the different Technical solutions for waste energy recovery
• Economical feasibility study for two applications on waste heat from incineration system and 1 MWel biogas engine
Contract with Fiat Research Centre – Turin, Italy (3 month)
Realization of software for modelling a Rankine bottoming cycle to recover waste heat from exhaust gases for vehicles:
• Developing the structure of the program with Matlab simulink language
• Validation of the results for different operating condition of driving cycle
Co-production of heating, cooling and electricity using solar energy with a thermodynamic cycle:
• Feasibility study including both identifying of end users, laboratory testing for a global management of heating, cooling, and electricity generation for a reference building.
