STEM LAB & ROBOTICS CURRICULUM

Robotics & Smart Machines
For School Students

Explore how modern robots navigate the physical world. Learn motors, ultrasonic sensors, decision brains, and autonomous obstacle navigation through interactive visual challenges.

Robotics Syllabus Modules

Tailored for Classes 5 through 9 with simulated sensor testing and logic checkpoints.

Module 14 Modules • Simulation Checkpoints

Anatomy of a Robot: Brain, Sensors & Actuators

Deconstruct how machines operate: comparing biological nervous systems to microcontrollers, sensors as eyes and ears, and motors as muscles.

What is a Robot?
The Microcontroller Brain
Sensors vs Actuators
Real-World Industrial & Space Robots
Module 24 Modules • Simulation Checkpoints

Robot Locomotion, Wheels & Motors

Differential drive systems, DC motors, servo motors, gears, torque, and how directional movement is commanded programmatically.

DC Motors vs Servo Motors
Differential Steering & Wheel Geometry
Speed & Torque Trade-offs
Locomotion Simulation Quest
Module 34 Modules • Simulation Checkpoints

Sensory Perception: Light, Touch & Obstacles

How robots perceive proximity. Ultrasonic echo timing, infrared line followers, touch bumpers, and analog-to-digital signal conversion.

Ultrasonic Distance Echo Timing
Infrared Line Following Trackers
Touch Bumpers & Safety Interlocks
Analog to Digital Conversion (ADC)
Module 44 Modules • Simulation Checkpoints

Autonomous Decision Algorithms

Programming state machines and reactive navigation: wall-following algorithms, maze solving, and collision avoidance rules.

Sense-Think-Act Operational Loop
Wall-Following Algorithm Design
Maze Traversal & State Trees
Final Simulated Robot Capstone

Build Autonomous Robot Thinking Today

Start with Module 1: Anatomy of a Robot. 100% free with guided companion feedback.