Project contents

Five projects.
Five engineering problems.

A collection of work across autonomous navigation, aerial robotics, rover development, legged robotics, embedded systems, controls, and computational modeling. Select a project to open its complete case study.

Selected systems

Engineering in motion.

Each project documents the problem, system architecture, implementation, engineering decisions, testing process, current limitations, and results.

Pressure-Washing Drone — project photograph or visualization01

Aerial robotics · In progress

Pressure-Washing Drone

An ongoing aerial cleaning platform integrating flight control, Raspberry Pi computing, camera and LiDAR sensing, washer actuation, and fluid delivery.

PixhawkRaspberry PiIntegration
ROS 2 Patrol Robot — simulation frame02

Autonomous navigation · Simulation

ROS 2 Patrol Robot

Autonomous waypoint patrol using Nav2, AMCL, dynamic replanning, recovery behavior, and logged navigation metrics.

ROS 2Nav2AMCL
Odyssey Mars Rover — project photograph or visualization03

Rover engineering · Team Odyssey

Odyssey Mars Rover

A multidisciplinary rover integrating mobility, perception, manipulation, embedded control, power distribution, and emergency response.

PowerROS 2Leadership
Servo-Based Quadruped — project photograph or visualization04

Embedded control · Hardware

Servo-Based Quadruped

An eight-servo physical platform for gait timing, mechanical design, embedded control, and hardware experimentation.

Raspberry PiServosCAD
Brain MRI Registration — project photograph or visualization05

Computational imaging · Research

Brain MRI Registration

Physics-informed longitudinal brain registration using Neural ODEs, segmentation labels, signed distance fields, and deformation analysis.

Neural ODEMRIRegistration

Robotics that leaves the screen and enters the real world.

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