
Sim4Stem Driving Simulator
A force-feedback steering simulator kit for children aged 8 to 11, taken from first concept to a plug-and-play kit manufactured in the USA for Sim4Stem.
Being refreshedWe’re updating our project images and write-ups over the coming weeks.
Explore client projects, working prototypes and concept studies, with our role and the stage reached in each.

A force-feedback steering simulator kit for children aged 8 to 11, taken from first concept to a plug-and-play kit manufactured in the USA for Sim4Stem.

A screw-free wrist-worn enclosure for RISETech’s EPIC wearable, with a snap-lock lid and integrated strap mounts. Our work focused on the housing and assembly.

A quadcopter frame for aerial photography and the quick-swap smart battery that clips into it, designed for JapanDrones’ line-up of additively manufactured drones.

A chassis and body design for ES Forge’s robotic lawn mower, with a curved solar-panel canopy, presented in studio renders.

A telemetry enclosure that hangs with a drone’s payload, housing an ESP32-C6, a battery management board and GPS in a stacked design. Made for JapanDrones by Multi Jet Fusion.

An enclosure for Agronomics’ soil-sensor board, with a snap-lock lid, TPU gaskets and USB-C access. We refined the FDM-printed housing across production batches.

A round, four-layer circuit-board design fitting an ESP32-S3, display, rotary control, haptics and wireless into a wrist-sized smartwatch.

A minimal, compact enclosure for Aility’s Raspberry Pi-based IoT device, with managed heat and easy access to every port. Designed in Pakistan, manufactured by vendors in Switzerland.

A multi-channel, computer-controlled electrical stimulation prototype for a research client, built quickly, verified on the oscilloscope and shipped to Vancouver, Canada.

A compact telemetry circuit-board layout for an impact-sensing device, combining an nRF wireless system, inertial sensing, force inputs and LiPo charging.

A compact countertop egg cooker, designed to look finished on a kitchen bench and to split into parts a factory can mould and screw together.

Injection-moulded enclosure and tooling designs, including a control unit, clock face, chess set and two-part enclosure. Each design was checked with mould-fill analysis.

A feasibility study, design and prototype of a magnetorheological (MR) fluid damper for a Haier washing machine, whose damping force changes with the current applied.

Structural design and simulation of a solar panel mounting structure for real-world wind loads. The design became the basis for the structure built near the port of Karachi.

A generatively designed cantilever bracket that carries 11 kg while weighing only 9 g. It took first runner-up in an additive manufacturing competition hosted by the National Centre for Physics.

An affordable motorised hospital bed, designed around off-the-shelf linear actuators because imported beds are costly in Pakistan. Taken from research to realistic renders.

A docking station redesign aimed at three problems: its appearance, heating, and a screen that couldn’t tilt. It adds a cooling fan and a tilt mechanism.

A servo-powered, 3D-printed airfoil that changes shape, built for wind-tunnel tests whose aerodynamic data will train a model. Designed for manufacture and assembly from the start.

Earbuds with ear hooks, taken from pen sketches to renders in two colourways: coral pink and sky blue.

A table tennis paddle with a layered, vented construction, shown exploded and assembled.

Roller blades with translucent blue wheels on a lightweight metal frame, shown assembled and exploded.

A set of plant pots with a generative lattice base, studied with structural analysis and rendered in orange and white.

A legged robot concept carrying a cargo crate, rendered in white with red legs.

A pump unit that sits on a 19-litre water bottle and fills the dispenser for you, so nobody has to lift the heavy bottle again. Taken from first concepts to a finished, 3D-printed product.

A battery-powered panic button that sends an alert to a guardian’s phone over Wi-Fi. We designed the modular casing, the electronics and the firmware, and printed the first working prototype.

A fixed-wing uncrewed aircraft (UAV) designed for Teknofest in Turkey. Its modular frame uses plywood, balsa and 3D-printed parts for easier repairs. A servo mechanism releases the payload.

A fuel-flow control system and its control algorithm for an automotive company in Canada, built from off-the-shelf parts and refined with the client’s feedback in under a month.

A handheld twin-joystick controller built around an ESP32, and the control logic that turns each stick’s movement into the speed and direction of a DC motor.

A slim enclosure for a Formlens circuit board, worn strapped to the arm. Designed around the board and printed to test the fit on the body.

A helicopter rotor head modelled part by part, from the swashplate and pitch links to the blade grips, and rendered close up in studio light and in the sky.

Concept sketches for a rugged portable speaker with an angular body. Later sketches added a trolley handle, a high-frequency speaker and a flame-pattern grille.

A folded sheet metal bracket, set up for a structural study with its loads and fixings, and unfolded into a flat pattern ready for cutting and bending.

Pages from our sketchbooks: quick form studies of everyday products, and annotated ideas, from a spherical washing machine to a navigation aid for blind users. Most products start here.

Renders made to sharpen our KeyShot work: a 3D printer concept, a space helmet, a quad robot and a leather belt, each lit and finished like a product shot.