An open-source, modular screwdriver system built around a simple idea: there is no universal hand, and no single correct way to use a tool.
Instead of designing one fixed handle and asking the user to adapt to it, the system gives the user the authority and autonomy to change the tool. Grips can be downloaded, printed, customised and replaced around their own hand, habits and needs.
It is not one perfect screwdriver. It is a screwdriver that can become yours.
A cordless drill designed to make first-time DIY feel less intimidating.
Loop changes the way a power drill is held and controlled. The loop-shaped grip gives the user a stable hold, while the repositionable secondary handle gives more control when two hands are needed. A thumb-operated joystick replaces the conventional trigger, making speed and direction part of the grip rather than another thing to learn.
A drill designed to help you start, not prove that you already know what you're doing.
A modular bus stop designed for a city that is getting hotter, wetter and harder to live in.
The Reflector uses motorised fins to control sunlight throughout the year. In winter they redirect light into the stop for warmth and visibility. In summer they turn away to reduce heat.
The structure is modular and repairable, with individual parts replaceable rather than rebuilding the whole stop. And there is no space for advertising.
It is public infrastructure designed around the people waiting for the bus, not the people trying to sell them something.
A modular food-growing system for households in India's hill regions, designed for a future where extreme weather can cut off roads and disrupt food supplies.
Patta lets people grow fresh food at home without relying on automation or complex infrastructure. The system is built from repairable modules and combines laser-sintered aluminium with traditional Meenakari enamel.
Rather than trying to automate growing, Patta gives people a simple system they can understand, maintain and adapt themselves.
A 20-foot 3D-printed T-Rex, finished in UV blue and designed to glow in the dark.
It started as a stupid idea that wouldn't go away. Five months later, after a lot of printing, assembling and figuring out how the hell to make something this big stand up, it became real.
Completely unnecessary. Completely over the top. Exactly why I wanted to make it.
A low, three-legged chair designed around the way I actually sit.
Standard chairs assume you want to sit in one fixed position. I wanted a chair that lets me stretch, sit cross-legged and move around without fighting the furniture.
Inspired by Indian floor seating and Japanese minimalism, the chair uses very little material and no glue, relying on mechanical fixings instead.
Rather than designing a chair for an average body, I designed one for a real one.
A 3D-printed pendant lamp designed around what FDM printing can do, rather than what it normally gets used for.
The form looks simple, but the complexity is hidden in the way it is modelled and printed. It is a reworking of a lamp I made for an old room, pushed further simply because I had the time to experiment.
A wireless charging dock carved from a piece of discarded, decaying wood.
Instead of forcing the material into a predetermined shape, I started with what was already there. The only fixed parts were the spaces needed for the chargers. Everything else was shaped by the decay, removing only what couldn't be used.
The final form wasn't designed. It was discovered.