Project archive

Systems documented as engineering work, not marketing gloss.

Each project page is structured like field documentation: what the system needed to do, how it was built, what broke, what worked, and what the platform taught in deployment or research use.

Marine robotics system prepared for field operations.
Archive scopeMarine autonomy, amphibious mobility, and spherical robot research platforms.
Featured systems

Five platforms, each with a distinct deployment problem.

Varuna autonomous surface vessel.
Surface vesselMonitoring

Varuna

Autonomous surface vessel for environmental monitoring, subsurface measurements, and robust field deployment.

MARE marine robotic explorer.
ExplorationAirboat platform

MARE

Autonomous airboat platform built for shallow marine inspection, exploration strategy testing, and coverage behavior.

AQUA amphibious robotics image.
Amphibious robotLocomotion

AQUA

A walking and swimming robotic platform exploring multi-mode aquatic locomotion above and below the surface.

Spherico documentation image.
Low-cost platformSpherical robot

Spherico

Laser-cut and 3D-printed spherical robot architecture designed as a fast, practical research platform.

DragonBall spherical robot rendering.
Hazard inspectionPublished work

DragonBall

Visually guided spherical robot for hazardous environments where contamination tolerance and protected architecture are critical.

Need the broader context behind the projects?

The About and Resume pages pull these systems back into the wider engineering profile, toolchain, and research-facing work.