Across defence, clean energy, semiconductor manufacturing, and medical hardware, our projects share a common origin: tackling complex physical challenges before anyone knew if they were solvable.
Smart city Amayadori
The challenge Shielding a parked car from snow and hail without obstructing light or requiring rigid, permanent framing.
An adaptive vehicle port featuring a flexible rolling net system that defends against severe winter weather while maintaining sunlight transmission. It integrates an automated rooftop snow-clearing mechanism to prevent heavy accumulation during freezing months.
Green energy Canadian Coast Guard
The challenge Most energy capture methods rely on rapid or high-displacement motion—neither of which ships, buoys, or rails provide.
A specialized harvesting architecture designed to capture energy from slow, low-frequency structural motion found in marine vessels, navigation buoys, and infrastructure.
Software SEEDA
The challenge Connecting field teams dispersed across remote work sites through authorized, reliable communication channels.
A unified web and mobile platform built for energy, industrial, and agricultural organizations. It streamlines remote coordination via real-time device tracking, role-based classification, and secure communication lines.
Defence Canadian Department of National Defence
The challenge Decontaminating delicate or complex surfaces quickly without water-logging or damaging underlying hardware.
A mobile decontamination system that delivers controlled pulses of a supersonic gas-liquid mixture with adjustable gel or liquid injection. It safely cleans hard-to-reach areas in either manual or automated operational modes.
Semiconductor Internal R&D
The challenge Clearing ash and powder accumulation inside semiconductor exhaust pipework where on-demand disassembly is impossible.
An automated acoustic cleaning system that utilizes timed supersonic waves to dislodge residue from internal pipe surfaces, flushing the loosened particulate out with a regulated gas stream to maintain continuous flow.
Medical devices XLEG
The challenge Eliminating the mobility restrictions and dual-hand occupation caused by traditional crutches during recovery.
An ergonomic wearable medical device that enables patients healing from lower-leg injuries to walk with a near-natural gait while keeping their hands completely free.
If your technical objective doesn't look like anything listed here, that's expected. First-principles problem-solving translates across fields.