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Energy Education for Every Classroom

We exist to make hands-on energy instruction accessible in every school, home, and community — not just the well-resourced ones.

Our Mission

Too many students move through school without ever doing the hands-on work that reveals and strengthens what they actually understand. Energy systems, like our power grids and transportation systems, are the infrastructure students will inherit and shape. Understanding them shouldn’t be a privilege of geography or zip code.

Latimer Energy Academy changes that by putting students to work with real tools, real data, and real energy systems. Students build, test, explain, and improve instead of only listening or watching. When students do actual technical work, adults can see what they understand and where they need support much sooner than traditional instruction reveals. Every project aligns to state standards, Next Generation Science Standards (NGSS), and Common Core State Standards (CCSS) Math, integrating computing and data skills throughout. Latimer Energy Academy is designed to work in classrooms, homes, and community programs — so students can build hands-on technical skills regardless of geography or school budget.

Grades Served
4th–12th
Project Pathways
4
Standards Aligned
NGSS · CCSS Math
Where It Works
School · Home · Community

Why Latimer Energy Academy Exists

Dr. Naeem Turner-Bandele created Latimer Energy Academy on a simple but powerful conviction: the gap between what students need and what many STEM programs deliver is real, and it is fixable. That conviction didn't emerge from theory—it emerged from more than a decade of teaching and mentoring STEM students across multiple contexts.

He worked in university-level engineering programs, in community STEM initiatives like the National Society of Black Engineers (NSBE) and Carnegie Mellon’s Summer Academy for Math & Science (SAMS), and in classrooms where he taught alongside teachers. He saw the national numbers—only about 3 in 10 eighth-graders are proficient in science and math. He also saw what students were actually being asked to do in programs claiming to address that gap. Many were well-intentioned. Many were aligned to standards. But too many still left students without genuine technical work, without real tools and data used together, and without the integration across disciplines that the future actually demands.

What he knew from the other side of those numbers mattered. His background as an educator and researcher in power systems and energy infrastructure, combined with his experience as the founder of Latimer Enterprises (an energy technology company) and co-founder of The League of Extraordinary Parents, gave him a rare vantage point. But equally important: he didn't grow up with STEM mentors positioning engineering as an option. He didn't attend special bridge programs or clubs. He found his way to electrical engineering despite that gap—which is exactly why he could see so clearly what was missing when he looked at K-12 classrooms. His degrees—a B.S. in Electrical Engineering from Santa Clara University, a Ph.D. in Electrical & Computer Engineering from Carnegie Mellon, and an MBA from NYU Stern—meant he could read both the data and the lived experience. And that combination let him see the structural problem beneath the surface.

K-12 instruction too often keeps science, engineering, math, computer science, and data reasoning separated into older subject silos, while the systems and careers students will actually encounter require them working together. That misalignment stays easy to miss until much later, when students have already drifted into fewer options—when the gap has hardened into lost time.

Latimer Energy Academy is what that diagnosis became. Every project puts students to work with real tools, real data, and real systems where science, math, engineering, and programming work together as they actually do in the world. Teachers, parents, and community leaders teach projects without needing a technical background themselves; LEA provides the structure, the materials, and the evidence. The goal is not exposure for its own sake. The goal is real skill, clearer evidence of understanding, and stronger preparation for the world students are growing into.

That conviction about youth learning runs deep. Dr. Naeem is the author of What Are We Gonna Do Today? (2015) and co-author of The Amazing World of STEM (2020 and 2023), children's books that show how long he has been thinking about how young learners come to understand technical systems in concrete, tactile ways. For years—before LEA, before the platform, before the widespread attention to learning gaps—he has been asking the same question: how do we help all young people see themselves as capable of understanding and building the systems around them? LEA is his answer.

Dr. Naeem Turner-Bandele, founder of Latimer Energy Academy

Dr. Naeem Turner-Bandele
Founder & CEO
Latimer Enterprises
Creator of Latimer Energy Academy

How Latimer Energy Academy Works

Schools need rigorous technical learning, but not every district has an engineer on staff or every program a curriculum specialist. That’s the gap we close.

Instruction That Supports the Adult Lead

Our projects, simulations, and embedded code tools make rigorous technical work teachable in all settings. Even without a technical background, adults can teach projects using real tools and real data.

Standards Ready from Day One

Every project aligns to NGSS and Common Core State Standards (CCSS) Math, integrating computing and data skills throughout. Schools and families get the materials and documentation needed to review, adopt, and run the work with confidence.

Real Technical Work

Students do more than complete activities. They measure, test, interpret, and improve systems using critical thinking, sensors, code, and live data. That is how practical skill gets built and hidden gaps become visible.

How Access Works

Latimer Energy Academy works directly with schools, families, and community programs. Below are the three kinds of arrangements LEA makes. If any describes your setting, reach out to begin a conversation about what’s possible for your students.

School & Classroom Partnerships

Teachers and schools work with LEA to deliver structured courses and hands-on learning. Your arrangement is designed around your school’s setting — whether that’s a single classroom, a school-wide program, or a district initiative. LEA handles setup, technical support, and ongoing coaching. Pricing is matched to your context.

Community & Family Programs

After-school programs, community organizations, parent-led groups, and club advisors partner with LEA at community and nonprofit rates. LEA manages setup and implementation support. Your program controls the pace and scheduling. Every partnership begins with a conversation about your specific needs.

Sponsored or Institution-Backed Access

Schools, utilities, and community organizations can sponsor access so geography and household budget do not determine who gets to participate. Supporting documentation is structured for grant applications and related institutional review.

Frequently Asked Questions

What is Latimer Energy Academy?
Latimer Energy Academy is a project-based STEM learning program and platform focused on K–12 energy science education. We provide hands-on projects—engineering challenges that help students use science, math, and engineering to understand and work with real systems like power grids, solar panels, environmental monitoring systems, and smart meters. Every project is mapped to standards and includes full instructor support.
Who is Latimer Energy Academy designed for?
Any educator, parent, club advisor, or community leader who wants to run hands-on energy instruction without needing a technical background. Every project includes videos, guides, slides, hardware roadmaps, and implementation support. LEA provides the instruction and resources; you teach the class.
Why focus on energy science specifically?
Energy systems—the grids, transportation, equipment, and infrastructure that keep our homes, schools, cities and industries running—are something students will inherit and shape. Understanding them is essential for informed citizenship and opens real career pathways. Energy also gives students a real-world context where science, math, engineering, coding logic, and data analysis work together the way modern technical work actually happens. National data shows only about 3 in 10 eighth-graders are proficient in science and math, and hands-on energy projects can help address that foundational gap by making the work visible, practical, and worth solving.
Who is Dr. Naeem Turner-Bandele?
Dr. Naeem Turner-Bandele is the founder and CEO of Latimer Energy Academy. With a B.S. in Electrical Engineering from Santa Clara University, a Ph.D. in Electrical & Computer Engineering from Carnegie Mellon University, an MBA from NYU Stern, and more than a decade of STEM teaching and mentoring experience, he founded LEA after seeing a persistent gap: too many students move through school without building the integrated science, engineering, math, and computer science skills they will need later. His books, What Are We Gonna Do Today? (2015), The Amazing World of STEM (2020), and The Amazing World of STEM: Homes for All (2023), reflect how long he has been thinking about youth education and how young learners come to understand technical systems. Latimer Energy Academy is the platform he built so teachers, families, and community leaders can guide that integrated technical work with full support and clear outcomes.
What grades are your projects for?
Our current catalog spans 4th through 12th grade. Project materials differentiate by grade band—elementary, middle school, and high school—so a single mission can serve multiple grade levels within a school.
Are your projects aligned to standards?
Yes. Projects map to Next Generation Science Standards (NGSS) and CCSS Math, with integrated computing and data analysis practices. Each mission includes curriculum reference materials for professional review and planning.
How does pricing work?
LEA uses a layered pricing model structured around who you are and what partnership makes sense for your setting. Teachers, schools, and community programs connect directly with LEA to discuss the right arrangement. Families and community organizations can access through grants, sponsor support, or direct participation partnerships. Grant documentation support is available. A self-serve platform is in development; anyone interested can join the interest list at our contact page.