🔹 Level 1: Ages 6–8 (Beginner – Explorers)
Goal: Introduce basic robotics and logic through play and storytelling.
Topics:
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What is a robot? (Basic definition and examples)
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Input/output devices (Sensors and actuators)
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Basic logic and sequences
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Introduction to motors and movement
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Simple problem-solving (e.g., navigate a maze)
🔹 Level 2: Ages 9–11 (Intermediate – Builders)
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Goal: Introduce programming concepts, sensors, and mechanics.
Topics:
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Robotics components: sensors, gears, motors, microcontrollers
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Simple circuits and electronics
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Block-based programming (e.g., Scratch, MakeCode)
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Basic robot navigation and obstacle avoidance
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Team-based challenges (e.g., line-following robot)
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🔹 Level 3: Ages 12–15 (Advanced – Innovators)
Goal: Deepen programming skills, problem-solving, and real-world applications.
Topics:
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Microcontrollers: Arduino, Raspberry Pi
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Sensors and actuators (ultrasonic, IR, camera, etc.)
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Autonomous robot programming
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Intro to AI and computer vision (basic)
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CAD for robotics (3D design of robot parts)
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Mini projects (e.g., smart car, obstacle avoider, robotic arm)
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Module | Focus | Activities |
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1. Introduction | What is Robotics? | Fun facts, robot videos, naming their own robots |
2. Basics of Coding | Block-based coding | Drag-drop logic games |
3. Sensors & Motors | Real-world applications | Hands-on testing with kits |
4. Building Robots | Assemble and code | Group robot builds |
5. Simulation Lab | Test before building | Simulate circuits and motion |
6. Projects | Problem-solving | Mini projects (maze solving, light followers) |
7. Show & Tell | Presentations | Explain and demonstrate their robots |