Educational Robotics Fundamentals and STEM Teaching

Educational robotics bridges physics, mathematics, technology, and computer science to inspire practical problem solvers and future engineers. This introductory course provides a solid foundation in core robotics concepts and interdisciplinary teaching strategies. You will begin by exploring essential terminology, mechanical principles, and how basic electronics and code come together in automated systems. Through structured written modules, you will study sensor-actuator feedback loops, visual logic structures, and modern text-based scripting with MicroPython. What you'll learn: Understand core terminology and foundational principles of mechatronics and cybernetics; Integrate concepts from physics and mathematics into practical project designs; Master basic control logic using block-based programming concepts and MicroPython; Analyze sensor inputs, motor controllers, and simple feedback loops; Structure interdisciplinary STEM learning paths for beginners. The course flows logically from fundamental concepts to practical logic building and activity planning. Designed specifically for beginners, educators, and STEM enthusiasts, this text-based guide requires no prior engineering or programming background. Begin your journey into educational robotics today.