Motivated Mechanical Engineering student seeking a challenging internship opportunity to apply theoretical knowledge in a practical, real-world environment. Eager to contribute to innovative projects, develop new skills, and gain valuable industry experience.
Designed and built an Arduino-based robot capable of navigating through a predefined obstacle course.
Implemented PID control for precise motion control and navigation.
Conducted iterative testing and optimization to improve robot performance.
Conducted research on regenerative braking systems and their integration with aerodynamics in electric vehicles.
Analyzed the impact of aerodynamic design on energy efficiency and range in EVs.
Developed computational models using MATLAB to simulate aerodynamic performance and energy regeneration.
Presented findings and recommendations for optimizing vehicle design to maximize energy efficiency and sustainability.
Utilized CAD software to create 3D models and detailed engineering drawings.
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