Autonomous Solar Robot

This project was a significant milestone in my journey, selected for the National Level Exhibition and Project Competition (NLEPC). It involved designing and developing a solar-powered autonomous robot capable of intelligent navigation and efficient energy utilization.

Project Highlights:

• Solar Tracking: Implemented a dual-axis solar tracking system to maximize energy absorption by aligning panels with the sun's position.
• Autonomous Navigation: Utilized ultrasonic sensors and Arduino-based logic to detect obstacles and navigate terrain without human intervention.
• Sustainable Design: Focused on renewable energy integration to create a self-sustaining robotic system.
• Complex Integration: Successfully combined mechanical engineering, electronics, and software programming into a cohesive functional unit.

Technologies Used:

• Arduino Microcontrollers
• C++ for Embedded Systems
• Ultrasonic Sensors & Servo Motors
• Solar Photovoltaic Cells