Transform your curiosity into real-world engineering. Learn how to imagine, circuit, program, and bring intelligent Arduino robots to life!
Gain direct inspiration and mentorship from an accomplished research scientist and innovator. Dr. Annamdas is dedicated to empowering students and rural engineers with hands-on robotics, smart sensors, and practical AI systems.
Master multi-servo gait coordination, inverse kinematics, and static crawl vs. dynamic trot algorithms on an 8-DOF or 12-DOF frame.
📷 Source: Unsplash / Minimal RoboticsExplore bipedal center of mass balancing, multi-joint servo synchronization, and interactive gesture control using Arduino.
📷 Source: Unsplash / Futuristic RoboticsDesign precision pick-and-place mechanisms, servo torque calculations, and end-effector gripper control for material sorting.
📷 Source: Unsplash / Automation SystemsIntegrate ultrasonic sensors, motor H-bridges (L298N), speed encoders, and PID control for intelligent obstacle avoidance.
📷 Source: Unsplash / Smart Vehicles