This beginner-level robotics course is perfect for students new to electronics, coding, and mechanical design. Using intuitive platforms such as Arduino, LEGO, or block-based virtual robotics simulators, learners explore the foundations of robotics: sensors, motors, circuits, and basic programming logic. Step by step, they design and control smart machines, solving real-world challenges and building early STEM skills in a fun and engaging way.

Key Benefits:

Introduces electronics, engineering, and programming in one course
Enhances problem-solving and computational thinking
Teaches hands-on STEM through interactive projects
Builds confidence through design, testing, and iteration
Prepares students for more advanced robotics and AI tracks

What You’ll Learn:

Introduction to Robotics

What is a robot? Types and uses in real life
Overview of robotics systems: sensors, actuators, controllers
Introduction to Arduino/LEGO/virtual kits

Building Simple Circuits

Understanding inputs and outputs
Connecting LEDs, buzzers, and simple sensors
Creating circuits on breadboards or digital tools

Basic Programming Logic

Introduction to block coding or Arduino IDE
Writing simple commands to control lights and motors
If-else logic, loops, and delays

Sensor Integration

Using ultrasonic, IR, or touch sensors
Programming robots to detect obstacles or follow lines
Feedback-based movement

Mini Projects

Line-following robot
Light-sensitive night lamp
Obstacle-avoiding robot
Smart traffic light simulation

Final Project & Showcase

Design your own robot: Plan, code, test, present
Project demonstration
Certificate and feedback