* Developed a single click automated solution for PCB modeling in Ansys SpaceClaim, Mechanical, reducing model building time from 14 days to 2 hours. Validated resulting Model accuracy with experiential results.* Spearheaded physics-based simulations for Automatic Emergency Braking NCAP demonstrations, enhancing sensor validation, and creating real-time range-doppler visualizers.* Initiated and led a project demonstrating full vehicle virtual validation for Electric Vehicles, presenting at key industry platforms.* Collaborated with simulator partners on integrating Ansys Sensor module into their AV/ADAS scenario modeling driving simulator.* Developed and presented a CAD cleanup tool to various customers, streamlining RF simulations.* Provided second-line technical support for LS-DYNA from Japan and Korea and developed ACT extensions for WB LS-DYNA.* Active contributor to the development of Ansys tools, including Sherlock-WB Drop Test workflow, PyAnsys, and various ACT extensions

* Provided second-line post-sales support for Ansys Channel Partners, specializing in Ansys Mechanical with a focus on APDL Solver, Autodyn and Explicit STR simulations.* Thermo-Mechanical Fatigue studies for solder joints to enhancing PCB reliability and performance.* Developed tailored solutions for electronics reliability using SpaceClaim and Ansys Mechanical, through Ansys customized toolkit programming.* Python scripting for SpaceClaim, Mechanical, Workbench, and Rigid Body dynamics, automating processes for improved efficiency.

Torsion Analysis of Turbine Shaft under the guidance of N. CHITTI BABU (SC.D)