Proposal to vote on, by Wednesday 2 Jul
Expanding robotics access in Haiti through community maker labs
Funds required: £2,700
Region: 🇭🇹 Haiti
Local partners:

Summary

This is a proposal to fund a two-week advanced robotics camp in Port-au-Prince, Haiti , for 20 high school students who have completed the Hector Foundation’s DRILL programme. The camp will enhance technical skills, and establish pathways into further education and careers in engineering and robotics.

Wilhem Hector and Gil Sander Joseph, childhood friends from Haiti, shared a commitment to learning long before they earned national scholarships to study abroad. As teenagers, they taught themselves English and Science using limited school resources, often drawing curious stares for practising a foreign language during lunch breaks. That curiosity soon became a discipline. Discipline turned into an opportunity.

In 2019, both were awarded highly competitive national scholarships. Wilhem went on to study in Norway while Gil pursued his degree in Germany. Their paths led them into rigorous academic environments where they deepened their expertise in engineering and the social sciences, respectively. Today, Wilhem is finishing mechanical engineering at MIT, spearheading wind-energy research, active in campus innovation labs, and was recently named the first Haitian Rhodes Scholar, set for Oxford in late 2025. Gil is wrapping up sociology at Princeton, leading community life as a residential advisor and student-body president. He earned a prestigious Knight‑Hennessy scholarship and heads to Stanford this fall for a master’s in international policy.

In 2020, driven by a belief that others in Haiti deserved the same opportunities, they co-founded the Hector Foundation. What began as a virtual summer course has since evolved into a growing community-led education movement. In 2023, they launched DRILL, an introductory robotics programme, and opened Manus 1, Haiti’s first open-access engineering maker space.

A diverse group of people posing in a room with tools and wooden tables, smiling and holding various objects, suggesting a workshop or class setting.
Since then, DRILL has introduced over 120 students to hands-on learning in robotics and fabrication. The next step is GEAR Lab: a two-week intensive designed to take DRILL graduates from foundational exposure to technical proficiency. For Wilhem, Gil, and the peer mentors leading the sessions, this is not just a camp. It’s a deliberate intervention aimed at building Haiti’s innovation ecosystem from the ground up.

Why this matters

In Port-au-Prince, over 80% of the city is under gang control. Schools are often closed due to violence. For young people, especially young men, access to education is not only scarce, but it is often also dangerous. In this context, learning becomes an act of defiance and hope.

Since 2018, political instability and crumbling infrastructure have further eroded access to education, especially in science and technology. Public programmes are limited, and most international initiatives are short-term or externally driven. The Hector Foundation is building something different: a permanent, community-owned maker space, peer-led teaching, and a pathway from curiosity to competence.

A group of students wearing safety goggles operates a drill press in a workshop, focusing on a project. Shelves with supplies are in the background.
The GEAR Lab is both timely and necessary. It builds on existing momentum, offers continuity to committed learners, and models what advanced STEM education can look like in a context often excluded from global tech conversations.

What the project will change

The GEAR Lab will turn exposure into expertise. Over the course of two weeks, 20 DRILL alumni will design and build Segway-style robots from scratch. They will start with control theory and simulations, then prototype, test, and iterate. The process will be challenging. But by the end, every student will have contributed to a fully functioning machine.

Two young men work on a robotics project with wires and components on a table, focused and engaged in a classroom setting.
Along the way, they will build confidence, learn to troubleshoot as a team and develop a sense of what they are capable of. For many, this will be the most demanding and rewarding academic experience they have ever had.

The impact will not end with the camp. It will carry forward into college applications, internships, and self-directed learning. And it will reinforce a message these students rarely hear: you belong in science and engineering.

That's all!

Please cast your vote by Wednesday 2 Jul, and if you have any questions regarding the proposal you can reach out to the Kwanda team on team@kwanda.co