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Keep Your Child's Doors Open.

Too many kids look fine in school until the work gets hard—then the weak spots are too big to fix. Latimer Energy Academy builds your child's real science, engineering, and data skills now, so they have the foundation they need to keep more options open later. Real hands-on work with real tools. Not worksheets. Not videos. Real learning you can both see and celebrate.

No engineering background needed. We give you the exact questions to ask — your child supplies the curiosity.

See your state’s local energy education data — choose your state to personalize this page.

No student accounts, no PII. Students join sessions through a private entry process — no email, no password, no personal information is ever collected from students. See our Privacy Policy

What Your Child Actually Does

Your child is at the kitchen table with a small sensor and a mini-computer. They wire it up, write a few lines of code, and watch real data appear from something they built themselves. When the reading looks wrong, they investigate why.

This is an LEA session. Not a screen to stare at. Not a video to watch. Real tools producing real results — with you leading the thinking and asking the questions that move the learning forward.

Real data they measuredA prototype they testedResults they can explain

Your child builds things that actually work

They wire a sensor, write a few lines of code, and watch real numbers appear on screen from something they built. When it doesn't read right, they figure out why. That moment sticks.

They stay curious because the work is real

When the data comes from their own sensor, kids want to understand it. "Why did that number go up?" is a question they're actually asking — not one you had to assign.

You can guide this without an engineering degree

You prepare with our guides and videos, then lead the session yourself. We give you all the structure and support you need — the teaching interaction is yours.

How a Home Session Unfolds

Think of it as guided discovery — you bring curiosity, we bring the structure. Here’s what a typical session looks like.

  1. You get the materials. Your child gets started.

    You access the mission materials and set the stage. Your child can begin working in minutes — no setup, no accounts, no friction.

  2. Your child builds real work

    Students work with real sensors and pocket computers (microcontrollers) to collect data, test ideas, and see what actually happens. Hands-on, not screens-only. The structured mission keeps them moving.

  3. You guide with better questions

    Your job is not to be the expert—it's to help your child think it through. "What did you notice?" and "How would you try that differently?" Our guides show you how to keep the learning alive.

  4. You both see what they built

    Every mission ends with real deliverables: data analyzed, a prototype tested, or a presentation made. You get to see the proof that your child did real work with rigorous outcomes—not just participated.

Run This as a Group

Homeschool co-ops, neighborhood groups, library programs, and clubs can all run LEA. You lead as an adult. We handle the engineering expertise. Students build together, learning from each other—and from real tools that show them what works and what doesn't.

One adult you, two to thirty students, course materials, and a table. Community pricing makes it affordable for groups.

Learn about community programs →

What you need to get started

  • One adult leader (you!)
  • Latimer Energy Academy access (Family or Community plan)
  • Course materials kit (hardware + sensors)
  • A table, some curiosity, and 1–1.5 hours per session

Want an Expert to Lead?

Book a professional facilitation session with Dr. Turner-Bandele or a trained LEA instructor. They'll run the project with your child or group — in-person or online. You can observe, learn how LEA works, and then lead on your own next time.

Schedule a Session

How You Can Access LEA

Not sure how to get started? There are three paths. At least one works for your situation. We’re also building a self-serve option for families who want to explore missions at home on their own schedule — it’s not available yet, but you can join the interest list on our contact page.

Direct Family License

You buy access directly and run projects whenever you want. Good if you want full control and flexibility.

School-Backed Access

Your child's school might already have a license. If so, you get access at home for free—no separate payment. Ask your child's teacher if LEA is available.

Community or Sponsor-Backed Access

A local program, library, community group, or employer might sponsor access. You'd participate in their group—no direct household cost to you. Check with your neighborhood resources.

Frequently Asked Questions

Does my child need to know engineering already?
No. Every mission starts with the basics. Your child learns step by step, then uses real tools to test their ideas. It's designed so they discover the concepts while doing the work.
What do I need to buy for equipment?
We provide material lists with each mission — usually affordable sensors and pocket computers (microcontrollers) from standard suppliers. We'll tell you exactly what to get and how to assemble it.
I'm not an engineer. Can I really lead this?
Yes—you're exactly who this is for. You don't need engineering credentials to lead this work. You prepare with our guides and videos, then lead the session yourself. We give you all the structure and support you need — the teaching interaction is yours.
Can I run this with a group of kids, not just my own?
Absolutely. Missions work for one student or up to thirty. If you're running a homeschool co-op, club, or group, that's exactly what we support. Community pricing is available.
Do they need their own computer?
Having a computer helps for coding parts and looking at data. But students can pair up and share—especially during the hands-on building.
How will I know if real learning is happening?
Each mission ends with something your child built or data they collected and analyzed. You'll see it. They'll explain it to you. That's proof.
Do these line up with school standards?
Yes. Next Gen Science Standards (NGSS) and Common Core math. Every project integrates hands-on computing—coding on microcontrollers, working with sensors, analyzing real data—while building rigorous science and math skills.
When will there be a way for us to use Latimer at home on our own schedule?
We're building a self-serve digital platform families can use independently. It's not available yet. Today, guided family programs are the direct path — you get structured materials, preparation guides, and full support from the start.

Join the interest list →

Real tools. Real learning. Real proof that your child can do important work. It all starts at home.

See how LEA works in your state

Choose your state to explore your local energy landscape and find courses that build the skills students need for energy careers.