About
Mechatronics Engineering Student | Automotive Systems | EV, Embedded & Vehicle Simulation Enthusiast I’m a passionate Mechatronics Engineering student with a strong interest in the future of mobility — especially electric vehicles, intelligent automotive systems, embedded technologies, and vehicle simulation. I’m deeply interested in how mechanical engineering, electronics, software, and control systems integrate to create safer, smarter, and more efficient vehicles. Projects & Technical Experience: 🔹 Driving Style Feedback System for Electric Vehicles Developed a MATLAB/Simulink-based simulation model to analyze driving parameters such as speed, braking, and steering behavior for evaluating driving efficiency and vehicle performance. Implemented system-level analysis and control logic to simulate driver behavior and generate feedback for performance optimization. 🔹 Smart Adaptive Headlight System Designed and developed an adaptive automotive lighting system using MPU6050 sensors, Arduino, and servo motors for real-time headlight adjustment based on steering angle and vehicle tilt. The project focused on improving visibility, safety, and intelligent vehicle response under dynamic driving conditions. 🔹 Rough Terrain Vehicle with Boomerang Suspension Worked on the design and development of a rough terrain vehicle incorporating a boomerang suspension mechanism for enhanced adaptability and stability across uneven surfaces, focusing on practical mobility challenges and mechanical system design. My goal is to contribute to the evolution of intelligent, safe, and sustainable mobility solutions by combining mechanical systems, embedded intelligence, simulation, and automotive engineering principles. Currently exploring opportunities in automotive engineering, EV systems, embedded systems, vehicle testing & validation, and control systems. Open to learning, collaboration, and industry connections.
