In this hands-on beginner class, you'll learn fun ways to harness solar energy in your own backyard, then level up to soldering solar powered electronics projects. Each lesson builds in complexity, stocking your personal library of maker skills with a few more techniques you may not previously have discovered.
You'll start simple with a trash bag solar balloon, demonstrating thermal energy collection resulting in buoyancy as the black balloon floats on its own. Then you'll learn how to engrave organic materials using custom stencils and a magnifying glass to concentrate the sun's light. The last few lessons focus on solar panels and solar power, where you will build a solar USB backup battery, and then a soil moisture tracker. By the end, you will gain takeaways for applying solar power to your own electronics projects, too.
Whether you're a novice or have some experience with the topics at hand, I hope this class offers a fun and easy way to start using solar energy in your everyday life.
Lesson 1: Solar Balloon
Build your own buoyancy demo with trash bags and tape! It's irresistibly easy to build your own floating balloon and watch it rise on a sunny day. This lesson makes a great school or family project!
Lesson 2: Solar Engraving
Wield the concentrated power of the sun by engraving designs with a magnifying glass! You'll learn to create a custom stencil from foil tape, then safely burn the design into leather, cardboard, cork, wood, and more.
Lesson 3: Solar Panels
Switching gears from thermal energy to solar-generated electricity, this lesson will get you up to speed on solar panels. Learn how they work and why you also need batteries and charge controllers for most applications of solar power.
Lesson 4: Solar USB Charger
Learn how to put together your own USB backup battery that recharges with a solar panel, step-by-step. If you're new to soldering, this is a great project for practice, since there's lots of variety in the connections.
Solar USB ChargerStarted
Lesson 5: Solar Powering Microcontroller Projects
Create a low-power Arduino project in a waterproof enclosure! We'll build an internet-connected soil moisture monitor, and you can apply the general skills to any sensor or microcontroller project you wish to power with the sun.
Solar Powering Microcontroller ProjectsStarted
Now that you have the skills, what are you waiting for?
Get out there and make something!