Solar-powered car built by Nakuru junior high students

Nakuru, Kenya — May 9, 2026 — A group of junior high students at Radiance Academy in Nakuru has completed a project many adults would find daunting: building a working car powered by the sun. What began as classroom theory became a real vehicle, and the school is celebrating the result as a victory for patience and teamwork.

The students did the heavy lifting, but they had the right help. Their teachers are software development experts with advanced computer knowledge, and that technical background proved decisive once textbook concepts had to meet real-world wiring, motors, and solar panels.

A lesson in patience

Getting to the finish line was anything but quick. Early designs failed. Batteries did not hold a charge as expected. The first attempts to connect the solar array to the electric motor produced little more than frustration. At several points, the team had to go back to basics: rechecking the math, re-soldering connections, and asking why a component that worked on paper did not perform in practice.

What stands out to those familiar with the project is the students' attitude. Rather than treating each failure as a setback, they treated it as data. Teachers encouraged them to diagnose problems methodically, and over time the vehicle began to take shape.

When the car finally ran on sunlight alone, the reaction across campus was jubilant. Students and staff gathered to watch what months of discipline had produced. The celebration was as much about the journey as the machine itself.

What the car actually is

At its core, the vehicle is a small electric car fitted with photovoltaic panels. The panels charge onboard batteries during the day, and those batteries feed an electric motor that drives the wheels. It is a fairly simple architecture, but one that demands careful engineering: solar input has to be matched to battery capacity, motor draw, and the overall weight of the frame.

The design demonstrates a point energy experts often repeat: solar transport becomes practical when the system is scaled to its purpose. It also gives students daily, visible proof of how renewable energy works outside a textbook diagram.

Mentors with a tech background

The teachers behind the project brought experience that goes beyond traditional classroom instruction. With backgrounds in software development, they helped students model energy flows, track battery performance, and fine-tune the car's control system. That layer of technical guidance kept the project moving when mechanical fixes alone were not enough.

For the students, it was a firsthand look at how coding and engineering overlap. The project tied software logic to hardware constraints, a combination that is increasingly relevant in Kenya's growing technology sector.

Kenya's shift toward practical education

The achievement lands at a time when Kenya's education system is changing direction. The Competency-Based Curriculum, rolled out over the past several years, places more weight on practical skills, creativity, and project work than the older exam-focused model. The goal is to prepare students not just to recall facts, but to solve problems.

The Radiance Academy project fits squarely into that vision. Reading about solar energy is one thing; building a vehicle that actually runs on it is another. Students here now have the kind of concrete experience the new curriculum is designed to encourage.

Kenya's Ministry of Education has also promoted STEM subjects as a national priority, pushing schools to link classroom learning to local needs. That push is visible in Nakuru, a fast-growing city in the Rift Valley that is building a reputation for education, agriculture, and emerging tech activity.

Renewable energy and Kenya's ambitions

The solar car also connects to Kenya's broader energy goals. The country has committed to reaching 100 percent renewable energy, and it already draws a large share of its electricity from sources like geothermal, wind, and hydro. Solar transport is a natural extension of that clean-energy direction.

Student projects like this one are modest in scale, but they send a larger signal: young Kenyans are learning to think about energy in terms of sustainability and independence. That mindset matters for a country trying to grow its economy while lowering carbon emissions.

Why project-based learning matters

Education researchers have long made the case for hands-on, project-based learning. Studies cited by organizations such as UNESCO and the World Bank suggest that students understand concepts more deeply when they apply them to real tasks. Retention improves, problem-solving skills sharpen, and learners gain the confidence to take on unfamiliar challenges.

The journey at Radiance Academy follows that pattern. Students did not simply memorize facts about photovoltaic cells. They lived the engineering process: design, test, fail, adjust, and try again. In doing so, they picked up lessons no exam can measure, including collaboration, troubleshooting, and the simple willingness to keep going.

A larger tradition of student solar cars

The Nakuru students are not alone in taking on this kind of build. Student teams around the world have designed solar-powered vehicles, from university entries in events like the Bridgestone World Solar Challenge to smaller school projects in countries such as India, Australia, and the United States. These efforts succeed not because of their scale, but because they show what young people can do with guidance and time.

The Radiance Academy team's car will not break speed records, and that was never the point. The value is in the experience, and in the message it sends to other students: classroom knowledge is not meant to sit in a notebook. It is meant to be used.

What happens next

For now, the school plans to showcase the car at upcoming events, giving the wider community a chance to see what its students have built. Whether the project grows into something larger, such as a next prototype, a competition entry, or a permanent school engineering program, remains to be seen.

What is certain is that the students have a story to tell, and a working solar-powered car to back it up. The pride at Radiance Academy goes beyond the vehicle itself. The project will be remembered as proof that with patient mentors, curious students, and room to fail along the way, big ideas can become real, moving machines.