Discover Electronics: Build Fun, Functional Projects

Lesson 1: I'm a RoboCHAMP

Explore how capacitive touchscreens work and learn about the small electrical charges in the human body.

Lesson 2: Electromagnet

Discover ferromagnetism and electromagnetic induction, learning how magnetic fields interact with electric currents.

Lesson 3: Make Your Own Colour

Experiment with color theory and combinations to create a color-changing display using LEDs.

Lesson 4: LED Propeller

Design and control LED lighting patterns on a moving platform using series connections and color combinations.

Lesson 5: Touch LEDs

Build a circuit with parallel connections and switches to create a DIY LED disco light system.

Lesson 6: Hologram

Create a hologram effect using light reflection and refraction principles, exploring the magic of interference patterns.

Lesson 7: Magic of Solar

Learn about renewable energy and how to harness solar power, setting the foundation for sustainable energy use.

Lesson 8: Electric Boat

Build a small electric boat powered by a DC motor and solar energy, using basic propulsion principles.

Lesson 9: My Drawing Goes Jiggle Jiggle

Create a moving drawing using simple harmonic motion, combining art with physics for a fun design.

Lesson 10: Electric Pencil Sharpener (Part 1)

Start building a motorized pencil sharpener, learning about motor strength and structure framing.

Lesson 11: Electric Pencil Sharpener (Part 2)

Complete the automated pencil sharpener by enhancing its structure and motor efficiency.

Lesson 12: Vacuum Cleaner (Part 1)

Begin constructing a personal vacuum cleaner, exploring structure building and creating a suction chamber.

Lesson 13: Vacuum Cleaner (Part 2)

Finalize the vacuum cleaner, learning about cleaning mechanics and building awareness of surrounding elements.

Lesson 14: Candy Dispenser (Part 1)

Start designing a candy dispenser with cardboard, learning about parallel physical computing and mechanical setup.

Lesson 15: Candy Dispenser (Part 2)

Complete the candy dispenser, refining its structure and making it functional for a fun way to distribute treats.

Upon completing this course, students will have built various DIY electronics and mechanical projects, including an electric boat, hologram, vacuum cleaner, and candy dispenser. They will have gained a practical understanding of basic electronics, mechanics, and renewable energy concepts.

• Basic Electronics and Circuit Design: Learn to create simple circuits, connect LEDs, and understand series and parallel connections. 
• Mechanics and Motion: Explore concepts like simple harmonic motion and motorized movement through hands-on projects. 
• Renewable Energy Applications: Gain an introduction to renewable energy sources, specifically solar power, and learn to harness it for small projects. 
• Engineering and Structural Design: Develop skills in building small structures and devices, understanding concepts like framing and strength requirements. 
• Creative Problem-Solving and DIY Innovation: Foster creativity and problem-solving by using accessible materials to build functional DIY gadgets and tools.