A robot that solders circuit boards on its own and uses a camera to check every joint.

Listens to how a machine sounds and flags when it drifts away from a healthy baseline.

Reads license plates from road video and flags watch-list matches in real time.

Stabilizes an inverted pendulum in real time with state-feedback control and a full-state observer.

Controls a robot arm using muscle signals picked up from the skin.

A lunar lander teaches itself to touch down safely through repeated practice runs.

Runs radio bench tests automatically and shows pass or fail on a live dashboard.

Tracks power use across sites so you can spot waste before the bill jumps.

Simulates how a battery pack charges, heats up, and delivers power before you build the real hardware.

Map, plan routes, and watch a fleet of warehouse robots from a browser.

Finds moving targets on radar even when static clutter fills the background.

Spins a distance sensor to build a 3D map of the space around it.

Watches sensor readings over time and warns when something starts to look off.

Ingests continuous glucose readings and turns them into trends clinicians can act on.

A small vehicle builds a floor plan map as it drives using laser and wheel data.

Turns raw radar samples into a clear frequency-domain picture on an embedded chip.

Tracks how something moves using the angle a wireless signal arrives from.

Simulates in-car network traffic, injects faults, and manages node recovery live.

Pulls readings from multiple sensors into one clean timeline with health checks built in.

A RISC-V chip design with a custom accelerator that speeds up math-heavy jobs versus running on the CPU alone.

Hardware image-processing pipeline with camera-style filters, built in Verilog and checked with industry bus protocols.