Robotics & STEM

Built from what Rwanda already has.

Bright School hosted Rwanda's first FLL LEGO robotics team. The programme has since grown into STELA Eco‑Bots, engineering taught with recycled, locally‑sourced materials.

Why robotics

Because it is the purest form of project‑based learning.

A robot either moves or it does not. There is no partial credit and no way to memorise your way past a mechanism that will not turn.

That honesty is exactly why robotics belongs in a TEACH Rwanda classroom. Children plan, build, fail visibly in front of their peers, and iterate, which is the same cycle we ask teachers to go through in T4T, at a scale a nine‑year‑old can hold in both hands.

A TEACH Rwanda robotics team in branded shirts working on builds around an ocean-themed competition mat
What learners develop

Skills that outlast the competition season.

Engineering thinking

Breaking a problem into parts, testing one variable at a time, and accepting evidence over opinion.

Collaboration under pressure

Competition teams have a deadline and a shared result. Roles get negotiated fast.

Resourcefulness

Eco‑Bots are built from recycled and found materials, so the first constraint is always what is actually available.

Public confidence

Teams present and defend their design to judges, often their first experience of explaining their own thinking to strangers.

1st

Bright School hosted Rwanda's first FLL LEGO robotics team

Huye

Where Bright School learners competed in the FIRST LEGO League Regional Competition

Eco

Eco‑Bots are built from recycled and locally found materials

“I am speechless. I cannot imagine primary learners doing this. Your future is bright, young boys and girls.”
A competition judge, FIRST LEGO League
Five seasons

The track record, season by season.

Bright School has entered every FIRST LEGO League season since 2021, when it fielded Rwanda's first FLL team. Each season brings a new global challenge.

  • 2021-22

    The first season. Bright School fields Rwanda's first FIRST LEGO League team.

  • 2022-23

    Cargo Connect. A transport challenge. Learners researched drawbridges: a structure none of them had seen in Rwanda. The school expanded to two teams.

  • 2023-24

    Masterpiece. Arts and technology together. Each learner identified a personal talent and built it into the team's work.

  • 2024-25

    Submerged. Underwater research: a demanding brief for children in a landlocked country. Two teams competed regionally in Huye.

  • 2025-26

    Unearthed. An archaeological challenge, researched through the school library and online.

A Bright School robotics team working on a competition mat
Students building an Eco-Bot from recycled materials
Eco‑Bots

Built from what is already here.

Eco‑Bots are built from recycled and locally found materials, wired with Arduino Uno boards and programmed in PictoBlox. Learners work through mazes and galimotos before designing their own machines.

Three student prototypes have come out of the programme so far: MopMaid, a floor‑cleaning robot; NeTower, an attempt at improving phone signal; and Skywalker, designed to detect illegal drugs in vehicles.

January 2022

The Minister came to look.

In January 2022, Paula Ingabire, Rwanda's Minister of ICT and Innovation, visited Bright School to see primary‑age robotics being taught.

STELA partner organisation logo
Our partner

Delivered with STELA.

The robotics programme runs in partnership with STELA, the Science, Technology, Entrepreneurship and Leadership Academy, founded by Eric Biribuze, a member of TEACH Rwanda's USA Advisory Council.

STELA brings the technical programme and competition pathway; TEACH Rwanda brings the classroom, the teachers and the pedagogy that makes it land. Bright School hosted Rwanda's first FLL LEGO robotics team through this partnership.

Meet our advisory council →
The programme experience

What a season looks like.

A facilitator guiding learners building STELA Eco-Bots from recycled materials

Build

Teams design and assemble using kits and recycled materials, working through several failed mechanisms before one holds.

A facilitator guiding learners programming a LEGO SPIKE robot on a tablet

Program

Learners sequence instructions and debug them against a physical result they can watch go wrong.

A robot on a FIRST LEGO League Challenge competition mat

Compete

Teams take their build to competition, present their reasoning to judges, and see other approaches to the same problem.

In the workshop

The programme, photographed.

A boy in a white apron and a recycled-material headset working at a laptop beside a hand-built device
A recycled-material headset and a laptop.
Learners watching block-based code that drives a robot built from a bottle and found parts
Block code on the screen, the machine it drives on the bench.
Facilitators gathered around a laptop during a robotics session
Facilitators working a build through together.
Learners testing a robot on a maze laid out with stones
Testing a robot on a stone maze.
A robotics team in matching team shirts standing with their kit box
A team and its kit.
A robotics team with medals and trophies at a competition
Competition day.
A robotics team outside a competition venue
Arriving at the venue.
A planning meeting with the robotics curriculum shown on screen
Planning what each age group builds.
Three learners in STELA and FIRST LEGO League Challenge shirts presenting their robot
Presenting a build to the room.
Learners building a robot body from a cardboard box
Building from cardboard and tape.

Support the robotics programme

Kits, materials and competition travel are funded entirely by donations.

DonateSee all programmes