Robotics Programming for Beginners: Scratch and Lego EV3

Robotics is shaping the future, but getting started does not require an advanced engineering degree. Understanding how to program physical devices begins with mastering logic, algorithms, and sensory feedback loops. This written course guides you from absolute beginner to a confident thinker capable of designing behavioral logic for robotic systems. By reading clear explanations, studying logic structures, and completing written design exercises, you will understand how to translate real-world physical problems into structured robotic commands. What you'll learn: - Understand foundational robotics concepts, including sensors, actuators, and controller feedback loops. - Design logical algorithms using Scratch to control movements, loops, and conditional statements. - Program Lego EV3 systems to interact with their environment using touch, color, and ultrasonic inputs. - Apply basic event-driven programming principles to handle real-time inputs and coordinates. - Learn how to transition from visual block-based programming to foundational text-based logic. - Practice troubleshooting and debugging robotic algorithms through systematic written scenarios. You will start with core terminology and the anatomy of a robotic system before moving on to visual programming structures in Scratch. Finally, you will explore how these concepts apply directly to Lego EV3 hardware configurations and basic automated decision-making. This course is designed specifically for beginners with no prior programming or robotics experience. Start your journey into the exciting world of robotics and learn to think like a programmer today.