At Vaayusastra Aerospace Pvt. Ltd., I built numerical simulation models for propulsion fluid systems and assessed their performance under varying conditions. I also performed FMECA/FTA on propulsion subsystems and supported design reviews with structured technical documentation.
For my MSc thesis at Politecnico di Milano, I developed compInterFoam, a custom OpenFOAM C++ solver for compressible two-phase flow and laser-driven thin-film deposition. I validated its results against experimental data and achieved 92–97% energy conservation.
In an Ahmed body project at Politecnico di Milano, I used SU2 for a systematic RANS study, assessed turbulence models and mesh convergence, and identified a drag-minimising configuration against published benchmark data.
My other projects included a MATLAB transient model of a 100 N liquid rocket blow-down system and an ANSYS Fluent study of internal flow and separation. I work across the simulation workflow, from geometry and meshing through solver setup, post-processing, and validation.
