Category 3 — Kinematics & Mechatronic Automation

Develop intelligent robotic systems through hands-on learning in mechatronics, motion control, and autonomous robotics. This course introduces learners to DC motors, servo motors, motor drivers, robot chassis assembly, sensors, wireless control, and navigation algorithms, providing a strong foundation in robotic system design and automation. Students learn how to control movement, regulate speed, interface sensors, and implement obstacle avoidance and line-following techniques.

Learners progressively apply these concepts to design and build an Intelligent Navigation Platform as the capstone project, integrating motion control, sensing, wireless communication, and autonomous decision-making into a complete mobile robot.

Each lesson in this course includes clearly defined learning objectives, required components, circuit connections, program code, explanation of the working principle, and a simulation or demonstration link, enabling students to design, build, and validate real-world robotic solutions.