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A two-wheeled balancing robot that can move around in its environment
Chose this project as there is lots of learning involved from a variety of fields like control theory (PID), electronics, programming etc
Implemented the idea using Raspberry Pi, stepper motors, IMU, PID control and Kalman Filter
Planning to integrate active PID control, computer vision and path planning
Inspired by the robot Handle by Boston dynamics and the videos made by the youtuber 74Samy
High-powered RC car
A remote controlled 4 wheel drive car, powered by a bldc, that can reach high speeds around 60 kmph
Has suspension, brakes, driveshaft, differential gears
Chose this project as we'll learn about various manufacturing processes, robust mechanical construction, geartrain etc. and most importantly it's awesome!!!
Competitions
Line following and maze solving bot (Meshmerize, Techfest IITB)
A line following bot which uses infrared sensors to detect a line and follow it
Uses PID control to follow the line
Uses a Raspberry Pi Pico to make decisions for turning at junctions and to remember the maze and to minimize the path