This course aims to advance practical knowledge of programming and Arduino systems, focusing on communication protocols, navigation and positioning systems, and wireless technologies. It also covers the use of Inertial Measurement Units (IMU) and their practical application through projects that simulate modern intelligent systems. 

This course trains students to design and build advanced robotic and mechatronic systems by combining programming, electronics, and mechanics. Students gain hands-on experience in creating fully functional projects, starting from design to implementation, using sensors, actuators, and controllers such as Arduino.

• Cleaner Robot
• Gesture-Controlled Car (Communication)
• Self-Balancing Robot  (PID Control)
• Smart Glove for Motion Tracking (mapping real-world motion to robotics using IMU)
• Line-Follower with Wheel Encoders

Students learn how to use sensors, actuators, and microcontrollers, and how to integrate them to perform real-world tasks. The course also covers key control principles such as feedback, motion planning, and automation. In addition, students will study hydraulic systems, their components, and calculations for robotic arms, as well as pneumatic systems that rely on air pressure, and the design and types of robotic joints. Through hands-on projects, students develop problem-solving, creativity, and engineering skills while gaining practical experience in robotics and control systems.