STEMULATING ADVENTURES β€’ EPISODE 5

Lewis Latimer: Lighting the Way

Discover how curiosity, invention, engineering, and persistence can help turn a bright idea into something that changes everyday life.

What Does It Take to Turn an Idea Into an Invention? πŸ’‘

In Episode 5, Wesleigh, Waylen, and Waverly explore the story of Lewis Latimer and discover that innovation isn't only about having a great idea.

It's also about understanding how things work, solving problems, improving designs, and finding ways to make technology work better.

πŸ’‘ Meet Lewis Latimer

Lewis Latimer was an inventor, draftsman, and engineer whose work became part of the story of electric lighting and technological innovation.

His journey gives young adventurers a chance to think about invention, engineering design, electricity, problem-solving, and the people whose ideas help technology move forward.

THE INVENTOR'S QUESTIONHow can I make this idea work better?

That question can turn curiosity into experimentationβ€”and experimentation into innovation.

πŸ‘€OBSERVE
πŸ’‘IMAGINE
✏️DESIGN
πŸ› BUILD
✨IMPROVE

⚑ There's STEM in the Light!

Electric lighting gives us a chance to explore how electricity, materials, design, and engineering work together. An invention may look simple when we use it every day, but behind it can be years of experimenting, testing, redesigning, and improving.

⚑How can electricity move through a system?
πŸ§ͺWhich materials help a design work?
βš™οΈHow can engineers improve what already exists?
πŸ’‘ INVENTION ⚑ ELECTRICITY πŸ”‹ ENERGY βš™οΈ ENGINEERING 🧠 PROBLEM-SOLVING

πŸ”‹ Your Hands-On Challenge Is Coming...

Later in the adventure, you'll explore electricity in a hands-on way by making your own battery. You'll get to investigate how a simple system can produce electrical energy and connect that experience back to the technology and engineering ideas explored in the episode.

THE BIG IDEA

Great Ideas Get Even Better When We Keep Working on Them.

Inventors don't always begin with a finished solution. They observe, experiment, learn, redesign, and improve. That's part of what makes engineering such a powerful way to solve problems.

BUT AROUND HERE...The Episode Is Only the Beginning.

After watching Episode 5 featuring Lewis Latimer, keep the adventure going.

Dance along with the Latimer Boogie, go Beyond the Episode on a real-world tour, listen to the podcast, explore our recommended book, and then become the inventor yourself with a hands-on STEM challenge.

One Episode. Six Ways to Keep the Adventure Going.

Follow the light and explore every part of the Lewis Latimer adventure.

🎬 WATCH🎡 SINGπŸ›  BUILDπŸŽ™ LISTENπŸ“š READπŸ—Ί EXPLORE

Choose a section below. Ask questions. Test ideas. Build something new. And see where your own bright ideas can take you. πŸ’‘βš‘

YOU'VE EXPLORED. NOW INVENT!

Now It's Your Turn! πŸ’‘βš‘

🎬 WATCHED βœ“πŸŽ΅ DANCED βœ“πŸ—Ί EXPLORED βœ“πŸŽ™ LISTENED βœ“πŸ“š READ βœ“

You've explored the story of Lewis Latimer, danced along with the Latimer Boogie, gone Beyond the Episode, listened to the podcast, and explored our recommended book.

You've seen how invention involves understanding how things work, solving problems, testing ideas, and making improvements. Now it's time to move from learning about innovation to building something that works.

Go from LEARNING ABOUT ELECTRICITY to CREATING IT.
Dr. G and Dr. Nancy demonstrating a STEMulating Adventures project
Join Dr. G & Dr. Nancy and take on the Make Your Own Battery challenge!

πŸ”‹ Make Your Own Battery

Use pennies, zinc washers, salt solutions, and paper discs to construct a simple coin battery. Stack the materials in a repeating pattern, connect an LED, and test whether your battery can create enough electrical energy to make the light glow.

BUILD THE BATTERY STACK

COINβ†’PAPERβ†’WASHERβ†’REPEATβ†’CONNECT LED πŸ’‘
PREPARE β†’ STACK β†’ CONNECT β†’ TEST β†’ IMPROVE
πŸ”‹ BATTERY⚑ ELECTRICITYπŸ’‘ ENERGYπŸ”Œ CIRCUITSβš™οΈ ENGINEERING

πŸ”Œ Keep the Challenge Going

After building the coin battery, explore how electrical components can be arranged in different ways. The project guide extends the experience with challenges involving series circuits and parallel circuits.

Think Like an Inventor

If your LED doesn't light right away, that's not the end of the experiment. Check your stack, connections, and materials. Ask yourself: What happened? What could I change? How can I make the system work better? Testing and improving are part of invention.

Lewis Latimer's story reminds us that bright ideas become powerful when we keep working on them.
Now it's your turn to build, test, and light something up! πŸ’‘