Rene Devaradja Email & Phone Number

Toulouse, Occitanie, France

- Product Leader of the Thermal module: Driving development of fast, robust and scalable industrial solutions for effective vehicle thermal management- Product Leader of the Discrete Element Method & Surface Film module: Orchestring collaborative team efforts to deliver time-efficient and high-fidelity simulation capabilites for industrial vehicle soiling & water management.- Technical Expert of Turbulence Modelling: Continuously enhancing RANS and DES models, ensuring precision in automotive & aerospace aerodynamics CFD simulations.- Testing Manager

Toulouse, Occitanie, France

- Core Developer of CFD solvers & models: Contributed to higher accuracy level of physical models, solver stability & efficiency on largely parallelised computations of industrial cases.- Specialization in Automotive Applications: Dedicated efforts to various aspects of automotive simulations, including external aerodynamics, vehicle wading & soiling, HVAC systems, cabin comfort, headlamps defogging, and brake cooling. - In-Depth Expertise & Leadership: Turbulence modeling, multi-phase flow and heat transfer applications- Code Verification & Validation: Automation of builds and testloops. Defined testing specifications and standards to ensure high quality code releases.

Windsor, England, United Kingdom

- Exploring Diverse Applications: Collaborated on projects spanning the automotive industry, civil engineering, defense and security, data centers, and aerospace sectors.- Extensive CFD Proficiency: Gained expertise in core CFD areas, encompassing FVM numerical methods, thermophysical models, multi-species transport, multi-phase flow, heat transfer, dynamic mesh methods, and acoustic post-processing.- Contributions Beyond Development: Actively contributed to documentation efforts, served as a programming course trainer, wrote commercial proposals, generated digital marketing material.

Windsor (Uk)

MSc final year thesis: Investigation of turbulence models in OpenFOAM- Implementation of the original v2-f model and its variants- Creation of validation cases from the NPARC database

Vélizy Villacoublay (France)

Project Manager: - Development of best practice methodologies (RANS and DES) for external aerodynamics with ICON FOAMpro - Process automation using FOAMpro Multicase, Python and Bash scripts, and ParaView- Validation of process by comparing CFD results with experiment for five car modelsOther responsibilities: Supervising one MEng student for 6 months

Toulouse (France)

Modelling of thruster plume- Use of in-house code (coupling of Navier-Stokes and DSMC methods) to model 10Nchemical thrusters and plume impingement on satellite surfaces- Comparison of results with experimental and in-orbit data

Master Of Science (M.Sc.), Advanced Computational Methods For Aeronautics, Flow Management And Fluid-Structure Interaction, Distinction

Master In Engineering, Aerospace Engineering

Bachelor Of Science (B.Sc.), Mechanical Engineering, Merit