Aerospace & Structural Engineering
Composite structures, vibration, thermal analysis, control systems, FEA and multiphysics modelling for advanced aerospace applications.
PhD Research Support • FranceFR
Engineering simulation and PhD research support for scholars in France
Research implementation support for France-based scholars working on aerospace, automotive and EV systems, rail electrification, renewable energy, RF, control, multiphysics and computational engineering.
France Research Focus
Engineering domains aligned with France-focused research
Automotive, EV & Power Electronics
Electric drives, charging, battery systems, converter design, energy management and vehicle thermal engineering.
Energy, Rail & Electrification
Power quality, traction systems, renewable integration, grid studies, HVDC and control for electrified infrastructure.
RF, Antennas & Communication Systems
MIMO, mmWave, antenna arrays, RF structures, wireless systems and electromagnetic simulation.
Country-Specific Engineering Support
Research workflow designed around the technical problem
France has strong research activity across aerospace, transport, energy and advanced electronics. Technical support can be organized around model fidelity, multiphysics coupling, controller comparison, optimisation studies and publication-quality engineering plots.
Aerospace structural optimisationEV power electronicsRailway power qualityMultiphysics thermal designMIMO antennasRenewable grid integration
Platforms Used
Software matched to the research objective
Platform selection follows the required physics, system scale, controller detail and deliverables.
ANSYSCOMSOLMATLAB / SimulinkHFSS / CSTPowerFactoryPSCADPython / AISimscape
Recommended Reading
Trending engineering research guides
Power Electronics & EV2026 Research
22 kW GaN On-Board Charger Modeling in MATLAB Simscape
How to structure a 22 kW GaN on-board charger research model with PFC, isolated DC-DC conversion, CC/CV charging and efficiency studies in MATLAB Simscape.
Read research guideAntenna & RF2026 Research
Flexible 4-Port MIMO Antennas for Smart Vehicle Communication
Research workflow for flexible 4-port MIMO antennas, isolation, ECC, gain and smart-vehicle communication using HFSS.
Read research guideEV & Mechanical2026 Research
EV Battery Thermal Management with CFD and Digital Twins
A research guide to EV battery thermal management using CFD, digital twins, liquid cooling, PCM and AI-based optimization.
Read research guideRegional Research Support
Explore support for other priority countries
France FAQs
Research Support
Questions
Questions
Yes. Structural, thermal, control, EV, battery, power-electronics and multidisciplinary simulation workflows can be developed depending on the project requirements.
COMSOL and ANSYS are commonly used for multiphysics, thermal and structural work, while HFSS/CST can support antenna, RF and electromagnetic studies.
Yes. Parameter sweeps, optimisation, sensitivity analysis, baseline comparisons and revised operating cases can be included when appropriate to the research methodology.
Yes. Technical documentation, figures, tables, methodology and result-oriented material can be prepared in English when included in the project scope.
