Educational Robotics Fundamentals: EV3 and WeDo Programming

Robotics combines mechanical design, sensor logic, and programming to bring automated systems to life. This course provides a comprehensive text-based introduction to educational robotics concepts, focusing on structures like EV3 and WeDo platforms. You will learn how to structure robotic logic, process sensor inputs, and write clean control routines for autonomous movement. What you'll learn: Understand key robotics terminology, structural mechanics, and motor control principles. Program movement pathways using block-based logic and structured pseudocode. Configure touch, color, ultrasonic, and gyro sensors for environmental feedback. Implement conditional logic, loops, and basic state management for decision-making. Apply modern algorithmic principles and basic troubleshooting strategies to robotic workflows. The course begins with core definitions and hardware fundamentals before guiding you through step-by-step control logic and practical design patterns. Perfect for beginners, informatics educators, and students looking for a solid theoretical and logical grounding in robotics. Begin reading today to build your foundation in modern educational robotics.