Interactive Robotics & Engineering Education
Master robotics concepts through hands-on interactive simulations and visual learning experiences. From basic kinematics to advanced control systems, explore the fascinating world of robotics.
Our comprehensive robotics curriculum is designed to take you from fundamental concepts to advanced applications. Each module combines theoretical knowledge with practical, interactive demonstrations that make complex topics easy to understand.
Click on any available chapter below to begin your journey into the exciting world of robotics and automation.
Interactive modules for comprehensive robotics education
Learn forward and inverse kinematics through interactive 3-joint robotic arm simulations. Understand how joint angles translate to end-effector positions in both ground and ceiling mounted configurations.
Explore the relationship between forces, torques, and motion in robotic systems. Understand how mass, inertia, and external forces affect robot movement and control.
Master PID control, feedback systems, and advanced control algorithms for precise robot motion. Interactive controllers with real-time parameter tuning and response visualization.
Learn trajectory generation, obstacle avoidance, and optimal path planning algorithms. Visualize different planning strategies in various environments and scenarios.
Understand various sensor technologies used in robotics including encoders, IMUs, cameras, and LIDAR. Learn sensor fusion and perception algorithms for environmental understanding.
Explore how artificial intelligence and machine learning enhance robotic capabilities. From reinforcement learning to neural networks for robot control and decision making.