Safety-Critical Avionics
Build deterministic software under strict reliability and timing constraints.
Core Skills
Pick a skill to spotlight related work and outcomes.
Systems Debugging
Move from symptoms to root cause with instrumentation and clean models.
Applied AI Tooling
Create practical automation that supports documentation, search, and execution.
Build
Selected projects, kept concise and outcome-focused.
C-130T Flight Management Software
Contributed to real-time avionics code paths with Ada/C and deterministic scheduling expectations.
Self-Hosted RAG + Local AI Stack
Built local workflows that make technical knowledge searchable and easier to reuse.
Debugging Playbooks for Embedded Teams
Standardized failure triage patterns so issues are diagnosed faster and with less guesswork.
Understand
Expandable notes for people who want detail on demand.
Systems-level debugging workflow
A repeatable path: observe signals, isolate boundaries, instrument assumptions, verify fixes.
Ada/C interface contracts in embedded systems
Contract quality drives determinism, observability, and long-term maintainability.
Concurrency tradeoffs in real-time software
Picking the right tasking model is about predictable timing and manageable failure modes.
Ship
How I execute when outcomes matter.
Approach
Model → instrument → verify
Environment
Safety-critical and systems-heavy work
Result
Reliable software + useful tools
Now
Current focus areas.
- Deterministic tasking patterns
- Diagnostics for 1553-style bus ecosystems
- Local-first AI agents for engineering documentation
Evidence
Proof of work and learning artifacts.
Work With Me
I’m open to embedded systems, avionics, and high-reliability AI tooling collaborations.