I am an aerospace engineer with 15 years of experience focusing on fluid dynamics and thermal simulations within academia and industry. My expertise covers a wide range of computational fluid dynamics applications (i.e. continuum and kinetic formulations) for subsonic and supersonic regimes. Moreover, I have experience in integrating multi-physics (e.g. fluids, thermal, radiation, ablation, electrical charging, etc.) tools for comprehensive design requirements. I am proficient in well-established community codes as well as developing custom software using C++, Fortran, Python, MPI and CUDA. I am also experienced in interfacing simulations with design tools for conducting optimization, uncertainty quantification, sensitivity analysis and surrogate modeling (conventional techniques as well as novel approaches such as Physics Based Machine Learning). I am able to work part-time within flexible hours, please contact me to discuss your project details and I can provide sustainable and cost-effective solutions to your needs.