As a Software Validation Engineer, I work with the R&D Physics Validation team to validate heat conduction problems. I am currently focused on implementing the Method of Manufactured Solutions (MMS) to ensure the accuracy of heat conduction solvers.

- Conducted in-depth analysis on turbulence drag reduction utilizing polymer particles.- Investigated the interaction between polymer particles and vortex rings, shedding light on the complex dynamics and their influence on drag reduction mechanisms.

- Facilitated student learning by grading quizzes and exams, ensuring accuracy and fairness in assessment procedures.- Assisted professors in delivering course material, providing valuable insights and assistance to enhance student understanding. - ME 151-Practicum in Engineering- ME 432 Control Engineering- ME 351 Analytical Methods in Engineering-

- Investigated shock wave capturing capability of Total Variation Diminishing Schemes within OpenFoam. Analyzed which scheme is performs better with compressible flow.- Investigated the effect of numerical schemes such as Linear-Central Differencing, Upwind Differencing, QUICK and Linear Upwind Differencing on the shock tube problem using OpenFoam.-Prepared an educational report describing how to generate a sphere using BlockMesh utility of OpenFoam.

- Utilized Ansys-Fluent and CFX for comprehensive analysis of military-grade ammunition.- Investigated aerodynamic performance to understand lift and drag forces acting on the ammunition.- Pioneered OpenFOAM and Snappy Hex Mesh Implementation.