NEARDIVINE LABS

Robotics systems integration and embedded hardware.

I build, troubleshoot, and validate electromechanical systems spanning sensors, embedded electronics, Linux compute, Ethernet networking, DC power, and physical test infrastructure.

My background combines autonomous-vehicle testing at Glydways, Marine Corps electrical and mechanical diagnostics, and independently built embedded systems.

Professional work

Experience

Glydways

Field Test Specialist

Oct 2025–Present

Autonomous-vehicle testing and systems validation spanning sensors, DC power, Linux compute, Ethernet networking, data logging, fluid systems, and physical test infrastructure.

  • Recovered and developed an initial rain-simulation capability for autonomous-vehicle sensor-cleaning validation.
  • Diagnosed faults across power, networking, remote access, thermal management, plumbing, and camera and LiDAR logging.
  • Established repeatable test positioning and documentation, then executed validation using the formalized engineering test cart.

United States Marine Corps

Generator Mechanic

2022–Jan 2026

Electrical and mechanical diagnostics, maintenance, and repair for generator systems, field power distribution, and associated electromechanical equipment.

  • Traced circuits using schematics, wiring diagrams, and electrical test equipment.
  • Maintained generator systems and parallel power configurations under field and facility constraints.
  • Completed independent fault isolation while maintaining safety, documentation, and mission-readiness requirements.

Current focus

Active Builds

Recent work

Build Logs & Experiments

ABOUT ME

I came into robotics through field work, broken hardware, and unfinished prototypes.

My background started with mechanical and electrical troubleshooting in the Marine Corps and moved into autonomous vehicle testing through Glydways / SkillBridge. This site documents the transition into robotics, embedded hardware, FPV drones, 3D printing, and automation.

This portfolio is the record of that progression. I am not presenting the work as perfect or finished. The point is to show the actual technical path: what I built, what I misunderstood, what failed under test, what I fixed, and how each project moves me closer to deeper robotics, autonomy, and practical engineering skill.

NearDivine Labs

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