Scratch for Robotics

cratch for Robotics is an introductory coding course designed to help young students understand the basic logic behind robotics. Students will use Scratch to learn how programs control movement, respond to events, make decisions, repeat actions, and interact with the environment. Instead of only creating simple animations or games, students will connect Scratch coding concepts with real robotics thinking, such as commands, sequences, sensors, conditions, loops, control logic, and automation. This course builds a strong foundation for future robotics, VEX, Python, AI, and engineering learning.

Course Content

Scratch for Robotics

Start Coding. Start Thinking Like a Robot Engineer.

Before students build advanced robots, they need to understand how instructions, logic, and control systems work.

In Scratch for Robotics, students use visual block-based coding to learn the core ideas behind robotics programming. They will create interactive projects where characters move, respond, detect, repeat actions, make decisions, and complete simple tasks.

Scratch gives young learners a friendly way to understand important programming concepts without being blocked by complex syntax.

Students will learn how a program runs from start to finish, how events trigger actions, how loops repeat behaviours, and how conditions help a system make decisions.

This course prepares students for future robotics learning by building the most important foundation: clear logic.