// AUTONOMOUS SYSTEMS & CONTROL

Designed and built a custom PCB based line follower robot and programmed the ATmega32A directly in embedded C without using Arduino, implementing sensor calibration and PID based motor control for stable tracking.

Built an Arduino based autonomous maze solving robot using IR sensors and motor encoders, implementing real time decision making with a left hand rule and path optimization to reach the goal efficiently.

Designed and built a 3-DOF robotic arm for color based object sorting, using Arduino for real time motor control and Python based computer vision to detect and classify objects before pick and place execution.