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Research code, internal tooling, open source.
From SpatialDINO to a from-scratch Raft implementation. Real repos, real ship dates.
claude` configuration repo — my Claude Code setup as code. gitignore that tracks the hand-authored config (settings, hooks, rules, slash commands, skills, plugin manifests) while never committing secrets, transcripts, or downloaded plugin code.
Forward-deployed engagement at Benmore: end-to-end ranch operations platform for a Durham, KS cattle feedlot. Offline-first mobile (React Native / Expo) for cowboys in the pasture, Django + Postgres on the server side, multi-tenant scan flows for arrival/intake/sort, head-count invariants enforced through a HeadCountService, and Apple App Store-grade release discipline (purpose strings, account deletion, in-app disclosures).
Benmore engagement (Salt Lake City, UT): hospitality-side platform for a home-services pass program. Django backend with a desktop application surface, Stripe-billed memberships, and an operator console for routing service requests across a multi-vendor network.
Benmore engagement (Calgary, AB): proptech platform for property management workflows. Django + Postgres core, desktop application for property managers, and integration surface for showings, applications, and tenant comms.
Benmore engagement (Windsor, CT): automotive-industry application with enterprise LLM integration. Built the application development + enterprise LLM stack — structured extraction over service records, agent-mediated workflows for parts and procurement, and a typed backend that keeps the LLM grounded in real inventory state.
Benmore Studio's Claude Code monorepo and the bm CLI that drives it. claude/skills/ via one command so `git pull` is the only update step.
A 3D self-supervised vision transformer for label-free segmentation and tracking of subcellular dynamics in lattice light-sheet microscopy (LLSM). Adapts DINO-style student/teacher contrastive learning natively into 3D — student/teacher 3D ViTs trained over volumetric LLSM crops with 3D iBOT block masking.
" Applied to Y Combinator (March 2024) with a thesis that current lab automations are point automations (liquid handling, LNP synthesis, single-station rigs) and that no end-to-end solution automates an academic lab workflow from prep to analysis. Drafted a preliminary technical design for a Laboratory Robotic Assistant built on an MiR AMR base (250 kg payload, omnidirectional, SLAM-based navigation) carrying two collaborative UR arms (UR3/UR5/UR10) with Robotiq grippers + wrist camera for pick-and-place.
From-scratch Raft consensus implementation in Go for BU CS 350 (Distributed Systems). Implements the full state machine: leader election with randomized election timeouts, log replication with AppendEntries, persistence to stable storage, and snapshot install RPC for log compaction.