Ph.D. position on porting reactive multiphysics CFD simulations to GPUs for exascale high-performance computing

This Ph.D. position is part of the CoEC4ET project at the CORIA laboratory, focusing on developing advanced simulation technologies for combustion. The role involves enhancing reactive multiphysics simulation capabilities on GPU systems, integrating various computational tools, and collaborating with European partners. The successful candidate will contribute to significant research outputs and international publications over a three-year period.

• Develop and enhance reactive multiphysics simulation capabilities on CPU-GPU architectures.
• Integrate ChemInt for chemistry and CWIPI for multiphysics coupling into existing frameworks.
• Create a Python/PyTorch interface for improved usability.
• Collaborate with BSC and ONERA for chemical mechanism reduction and software profiling.
• Document and structure software interfaces for better accessibility.
• Contribute to international scientific publications based on research findings.