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Real Technical Work, Not One More Activity

Too many after-school programs offer STEM activities. Your students deserve real technical work. Latimer Energy Academy helps you make that happen. Students build sensor rigs and prototypes using actual tools and real data. They test their builds, collect results, and explain what worked or didn't. That's work they can point to and be proud of. It's rigorous, but it feels real because it is real.

Real hardware

Students build working sensor rigs and microcontroller prototypes — not simulations.

Documented results

Every project ends with a technical briefing, poster, or data report.

Standards-aligned

NGSS and CCSS Math alignment documentation with integrated computing practice reference guides included with every project.

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

Who This Is For

Clubs, libraries, community centers, faith-based youth groups, nonprofits, summer programs, and homeschool co-ops. If you work with young people outside traditional school settings, Latimer Energy Academy is designed for you. You don’t need a science degree. You need adults who are curious and confident enough to lead the session. We provide the structure and support to make that happen.

  • After-School Programs
  • Community Centers
  • Faith-Based Youth Groups
  • STEM Clubs
  • Public Libraries
  • Summer Programs
  • Non-Profit Organizations
  • Homeschool Co-ops

Why It Works in Community Settings

Community programs face unique challenges: mixed ages, varied backgrounds, limited session time, and the need to keep students coming back voluntarily. LEA is designed for exactly that reality.

Visible deliverables, not just engagement.

Students produce data posters, technical briefings, and working prototypes. When participants can point to what they built and explain what it does, that builds program credibility with families and funders.

Small teams can run it well.

One coordinator can manage multiple sessions. Projects are structured so adults lead the learning — they don't have to be the technical expert. LEA provides the guidance and support that makes it work.

Substantive work without technical expertise.

You do not need to arrive as an engineer. LEA is designed so adults can lead with confidence while students work through the real technical parts with built-in guidance and video support.

Retention that builds on itself.

Students return because the work feels rigorous and meaningful—they can see their own progress. When one project ends, the next one builds on what they learned, not starting from zero.

What Participants Do

Every mission follows the same pattern. Students don’t watch. They build.

  1. Build real prototypes

    Students assemble working sensor rigs using real components like microcontrollers (pocket computers) and electronic sensors.

  2. Collect and analyze data

    They gather measurements from their own experiments and from real-world energy systems.

  3. Explain their findings

    They create technical briefings, posters, or presentations that document what they learned.

  4. Iterate and improve

    They test their prototype, identify what didn’t work, and redesign for the next attempt.

  5. See the career connection

    They learn where this technical work shows up in actual jobs and careers.

What Leaders Need to Run It

One coordinator account runs everything. Students join each session through a private, adult-controlled process that requires no accounts and collects no personal information. Sessions run 50 minutes per mission, once a week, or in weekend or summer intensive blocks. Your program, your pacing.

  • Your Account

    One coordinator controls everything - all missions, guides, and setup. Invite facilitators to help run sessions together.

  • Hardware & Materials

    We provide complete material lists and sourcing guides. Microcontrollers and sensors are affordable. Real tools that work.

  • Session Flow

    Students join each session through a quick, private entry process under adult control — no accounts needed. Each mission runs 50 minutes, once a week, or intensive blocks work too. You control the pacing and setup timing.

  • Privacy Built In

    No student accounts. No PII. Sessions run with temporary codes and nicknames only. Privacy protected by design.

Funding and Access

Community programs access Latimer Energy Academy through flexible pathways. Whether your program purchases directly or partners with a funder, cost is not the barrier to learning.

Direct Purchase

Community programs purchase access directly at nonprofit and community organization rates. Your program owns the account and runs everything on your schedule.

Sponsor Partnership

Local utilities, businesses, or community foundations sponsor access in partnership with your program. We provide impact reporting for sponsors and help you build the case for community investment in youth technical skills.

Frequently Asked Questions

Do participants need prior experience?
No. Participants learn fundamentals, then apply them to real tools and data. Prior knowledge is not required.
What equipment do we need?
Microcontrollers (pocket computers) and real sensors. We provide material lists and sourcing guidance for each project.
How long is each lesson (mission)?
Typically 50 minutes for a single session. Full projects have 8+ missions. Run one per week or compress into intensive blocks. You decide your pacing.
Can we run groups with mixed ages?
Yes. Each mission is designed for a grade-level range, and most missions include variations so younger and older students can work on the same project at the right cognitive level. Older students often mentor younger ones, which deepens their own learning. Small mixed-age groups work well in community settings.
How is student privacy handled?
Students never create accounts to write code or interact with lesson materials. Sessions run via nicknames only. No personal information is ever collected. Privacy protected by design.
What standards do these missions meet?
NGSS (Next Generation Science Standards) and CCSS Math. Every mission integrates hands-on computing—coding on real devices, working with sensors, collecting and analyzing data. Real-world learning and standards rigor together.
Can our program run Latimer Energy Academy independently?
Latimer Energy Academy is available through supported program partnerships — we help you design missions, train your team, and support delivery. We're developing a self-serve option for future independent use.

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No more activities without real outcomes. Help your students build something meaningful they can show, explain, and build on.

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.