I am a mechanical engineer with 4+ years of experience designing simulation-driven solutions to evaluate and optimize product performance. My core interests include Finite Element Analysis (FEA) simulations, Vehicle Dynamics, and Product Development, where I aim to bridge technical insights with practical solutions.My technical expertise includes mechanical design and analysis using tools such as ANSYS, Altair HyperWorks, SolidWorks, and CREO. I’ve leveraged simulations to guide design decisions, enhance performance, and ensure product reliability in diverse engineering contexts.A diverse set of experiences—including 2 years of internships and 3 years of participation in BAJA SAEINDIA with Resonance Racing—has shaped my technical expertise and strengthened my leadership and collaborative abilities.Driven by a desire to continually test and expand my capabilities, I’ve actively pursued opportunities in challenging environments. At Cummins, I worked in a Simulation-Based Product Development team to support design and development decisions for Automatic Transfer Switches (ATS). I developed a new company-wide methodology using rigid body dynamics to simulate forces in ATS. Separately, I contributed to certification efforts by through simulations to ensure the latest ATS models met rigorous standards.As the technical lead at Resonance Racing, I led new designs particularly in suspension, steering, vehicle integration and simulation methods. These efforts were instrumental in the team achieving 3rd place nationally, laying the foundation for a championship-winning car in subsequent years.I am passionate about leveraging cutting-edge simulations to solve complex engineering challenges and contribute to innovative product development.If you’re interested in connecting or collaborating on projects at the intersection of engineering, simulation, and innovation, let’s connect!