Mobility Projects
In collaboration with Guatemala’s Transitions Foundation (Asociación Transiciones), I’ve spent years designing culturally appropriate mobility solutions that are built and maintained locally, empowering both users and the technicians who serve them. This collection brings together several interconnected projects: a co‑created pediatric tilt-in-space wheelchair; its user-friendly assembly manual to support vocational training; a radically low-cost adjustable pediatric walker built from local materials; and the ACE Tennis wheelchair, offering sports mobility at a fraction of the typical cost. Each piece reflects a holistic approach: combining user-centered design, practical fabrication, and capacity-building workshops, to ensure that mobility devices aren’t just delivered, but sustained, repaired, and meaningfully adopted in Guatemalan communities.

Pediatric Chair &
Assembly Manual
This project began with a deceptively simple question: how might we create a pediatric wheelchair that could be fabricated and maintained locally, without sacrificing clinical functionality or dignity for the child? Sponsored by Design Without Borders (Norway) and carried out in close collaboration with the Transitions Foundation of Guatemala, we developed a tilt-in-space pediatric wheelchair designed specifically for fabrication within Guatemala, using accessible materials and the workshop tools already in use at Transitions.
From the beginning, this was a co-creation project. Rather than designing in isolation, we facilitated a series of sketching and CAD workshops with Transitions’ technicians, many of whom are wheelchair users themselves. These sessions allowed us to share tools, exchange knowledge, and iterate on ideas together, ensuring that the final design reflected both clinical requirements and the lived experience of the people who would build, repair, and ultimately rely on the chair.
But building the chair was only half the story. To fully support Transitions’ model of community-based rehabilitation and vocational training, we also created a fully illustrated assembly and maintenance manual. This resource was designed to serve multiple purposes: as an instructional guide, a training tool for new fabricators, and a visual reference for therapists and caregivers. It uses simplified language, exploded diagrams, and locally relevant terminology to ensure accessibility across a wide range of reading and technical skill levels. Together, the chair and manual form a replicable design system, one that empowers Guatemalan makers to not only meet a local need but to own the knowledge behind the solution.
Expanding Mobility:
Sport & Daily Use
Beyond our pediatric wheelchair collaboration, we also explored how inclusive design could serve a broader range of users and contexts. Working again with the Transitions Foundation, we co-developed a variety of low-cost, locally repairable mobility aids, each designed to respond to specific community needs with practicality, dignity, and adaptability in mind.
One outcome was the ACE Tennis Wheelchair, a stripped-down, agile chair built for young wheelchair users in Guatemala who had never had access to adaptive sports equipment. Rather than relying on imported, high-cost designs, we worked with local parts and materials to create a lightweight, durable frame optimized for maneuverability on the court, offering athletes a chance to participate in sport on their own terms.
Alongside that effort, we also designed an adjustable pediatric walker, made entirely from affordable materials already in circulation in local workshops. Designed with the same co-creation mindset, the walker features modular joints and telescoping supports, allowing it to grow with the child and be easily repaired or adapted as needed. Like all our mobility work, both of these projects aimed to reframe what “appropriate technology” can look like, rooted in local expertise, made with care, and always focused on the end user’s real-life context.