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ProjectsEvery project here was designed, assembled, programmed and debugged by members. Some are finished and deployed; the rest are still pending on the bench.
These made it past the prototype stage — populated boards, printed enclosures, flashed firmware, and testing outside the lab.
A smart IoT-blockchain device that monitors compressed-natural-gas cylinders — pressure, integrity and custody — signed on the device and verifiable on chain. Now a company of its own.
An autonomous agent for embedded development — it writes firmware, compiles, debugs and flashes real hardware from one browser tab. Spun out of this lab into its own product.
The classic controls exercise done properly — sensor array, tuned PID loop, and a chassis the team built in-house. Press play to watch it track the line.
Measures and logs output across up to six solar panels at once, comparing passive fins, forced air and water cooling on a live rooftop deployment.
A six-wheel rover driven over Bluetooth, built to keep traction and stay level on the broken ground around campus.
Ultrasonic ranging with haptic and audible feedback, so a user feels an obstacle before they reach it. Field-tested on open ground.
A handheld UV index meter reading out to an LCD in a sealed enclosure — built for people who work long hours in open sun.
Continuous temperature and combustible-gas monitoring with a keypad front end, raising a local alarm the moment a threshold is crossed.
Optical pulse and SpO2 measurement with Telegram integration, so a reading can reach a relative or clinician without extra hardware.
Autonomous navigation around unmapped obstacles using ultrasonic sweeps and a reactive control strategy.
Still in the workshop — designed and under active development, but not yet finished. If you want to join a project team, these are the ones taking members.
The hardware side of Joint-Agent — Nigeria's first IoT-blockchain board and development kit, signing sensor readings on the board itself. In build.
A six-axis arm with inverse kinematics and a teach-pendant workflow, intended as the teaching rig for our robotics tier.
A self-driving platform with an advanced computer-vision pipeline for lane keeping, obstacle classification and route planning.
A low-cost ECG front end with digital filtering, aimed at clinics that cannot justify imported equipment.
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Members join project teams from the intermediate tier onward. The pending builds are taking people right now.
