- Understanding client requirements through stages of discussions, and taking ownership while implementation.- Leading digital twin initiative for manufacturing process of aerospace components.- Linking in-house analysis tools with SLM platform for robust maintenance and accessibility.- Verification and validation of the models.- Presenting results to the business and technical leadership.- Collaborating with team, and delegating responsibilities.- Interacting with vendors, and creating business justifications.- Submitting proposals for budget allocation.

- Developing coupled thermal/phase-field codes (ICME), using C++ with OpenFOAM libraries in Linux environment to simulate processing of metal alloys.- Testing and optimizing the codes to run in High Performance Computing clusters.- Maintaining GitHub repository using Git.- Assisting in development of GUI tools using Python.- Preparing documentations.Funded by National Supercomputing Mission

- Computational estimation of mechanical performance of metallic glasses and composites (an emerging material for high strength applications, such as coatings, MEMS, bone implants etc).- Extensively used nonlinear (finite deformation) FEM for simulating plastic deformation and failure. - Used CP-FEM to model crystalline phases within metallic glass composites. - Compared the results with MD simulation using LAMMPS. - Communicated 6 articles in peer reviewed international journals and conferences.