Apurv Patel

Designed a flexible robotic arm gripper for grasping irregularly shaped objects, utilizing innovative design strategies for diverse geometries. Developed Python algorithms to optimize gripping points for a 3-finger suction cup gripper, ensuring precise and stable grasping. Created a detailed CAD model in SolidWorks and performed robotic simulations in CoppeliaSim to refine the gripper's functionality in virtual environments before physical implementation.

Developed a Python automation script using SNMP protocol to retrieve status parameters from agents. Designed a MATLAB Simulink simulation to calculate real-time traction power requirements for an electric vehicle. Soldered and tested gate driver circuits, enhancing circuit functionality and reliability.

Contributed to commissioning LT and HT motors, ensuring optimal installation and performance. Played a key role in setting up Schneider's LTMR for LT motors to enhance efficiency. Developed preventive maintenance schedules, conducted regular inspections, and performed necessary repairs. Optimized LTMR settings to improve motor performance, collaborating with cross-functional teams. Demonstrated strong project management, technical expertise, and effective communication with non-technical stakeholders.

Played a key role in developing a battery-electric prototype car. Developed power electronic drives for motors to enhance vehicle efficiency and performance. Designed algorithmic code for optimizing vehicle operation and implemented a forced air cooling system for semiconductor switches and cable harnesses. Conducted electrical wiring, troubleshooting, and circuit analysis, gaining insights into power electronics, coding, and problem-solving to support sustainable transportation.

8.69 CGPA = 1.7 Grade