Software I ship, hardware I solder, and physical builds I keep finding excuses to start. A mix of professional work, side projects, and Nedron Labs bets.
A modular tracked robotic platform with swappable engineering tools (excavator bucket, robotic arm) and full autonomy in GPS/RF-denied environments. Solution brief submitted to ERDC-CERL under the Warfighter Engineering AOI.
A rugged AI safety platform for working K9s in vehicle kennels — combining computer vision, environmental sensors, and off-grid communication to detect heatstroke and medical distress when handlers can't maintain line-of-sight. Built at the US Army xTech National Security Hackathon.
Lead engineer on Paramount's Core Architecture Team (CAT) — drive initiatives that shape how Paramount+ and Pluto TV ship across iOS and tvOS, for viewers and the 50+ engineers building on the platform.
A Nedron Labs product — a Mac app with a Go backend that switches your machine's context between work modes with a single command. Designed for engineers, creators, and anyone juggling multiple workflows on one laptop.
Software, hardware, and robotics studio. Registered DOD contractor (CAGE 9UU12, SAM-active) — building MATS for ERDC, K9 Sentinel for handlers, SceneSwitch for engineers, and the consulting engagements that bootstrapped the rest.
A full-stack fitness SaaS platform built for a rising celebrity trainer — web app, REST API, and marketing site. Reached ~60 paying users and generated over $60K in revenue, helping bootstrap Nedron Labs before the consulting and DOD work.
An ongoing home lab for hardware experiments: PCB design, 3D-printed mechanical parts, TIG welding, custom electronics, and a local-first home automation mesh.
A multi-year build-out of the physical space the engineering lab runs in — sub-panel, lighting, workbenches, welding bay, tool storage.
Conference talk on Server-Side Swift at 360iDev 2018 — Vapor, deployment, and the case for sharing a language across the full stack on Apple platforms.
Back-to-back hackathon wins at AutoMobility LA 2017 and Ford Developers 2018 — connected-car prototypes built end-to-end in 24–48 hours.