
Innovative and results-driven mechanical engineer with a dual-degree background in mechanical engineering and physics. Extensive hands-on experience in CAD design, advanced testing methodologies, and full-stack development for engineering solutions. Proven ability to optimize systems, streamline processes, and contribute to high-profile projects in the automotive and manufacturing sectors. Proficient in programming, data analysis, and cutting-edge technologies, with a strong passion for leveraging engineering expertise to drive innovation and deliver impactful results.
Autonomous Navigation System (Independent Project), Designed and implemented an autonomous robotic navigation system using Arduino and OpenCV for obstacle detection, achieving seamless navigation in dynamic environments. Integrated Python scripts with sensor data for adaptive pathfinding, optimizing response times and accuracy in real-world scenarios. Thermal Analysis of Engine Components (Academic Project), Conducted finite element analysis (FEA) on heat distribution in engine components using MATLAB and Simulink. Presented findings with actionable recommendations for material selection and thermal efficiency improvement.