I work across industrial electrical/mechanical maintenance, operational troubleshooting, and small, inspectable software tools. The common thread is practical reliability: find the failure, make the smallest sound correction, and check the result against evidence.
- Industrial equipment and controls: PLC troubleshooting, electrical schematics, motors and drives, preventive maintenance, hydraulics/pneumatics, and mechanical/electrical fault isolation.
- Operational automation: reproducible tests, safe tool boundaries, integrity checks, and evidence that a change actually worked.
- Local-first utilities: useful browser/offline tools with explicit scope and limitations.
| Project | What it demonstrates |
|---|---|
| Discovery Workbench · Live demo | Browser-based, local-first research preview with documented engine and browser verification. It does not claim autonomous scientific discovery. |
| CourseZip Check · Free v0.1.1 preview | Offline SCORM ZIP packaging preflight for common structural problems. Not a SCORM certification or substitute for LMS runtime testing. |
| Phantom Shell · Merged safety correction | Automation-shell integrity controls and reproducible regression work, including rejecting invalid performance observations and IPv4-mapped multicast destinations. |
| Fleet Bootstrap Toolkit | Local operations tooling, environment checks, repository inventory, and a Control Hub workflow. |
| Etsy Seller Prompt Pack · Landing page | A separate small commercial landing-page experiment. |
These are contributions to other people's projects, not claims that I founded or maintain those projects:
- MCP lost-response retry issue #3394: independent reproduction and narrowly scoped analysis of duplicate external effects after a lost tool response.
- MCP TypeScript SDK issue #3008: source-backed analysis of request-parameter normalization at the handler boundary.
- A2A autonomy-envelope issue #2323: review of liveness, revocation, and delegated-budget security boundaries.
Interested in conversations about industrial maintenance and equipment reliability, electrical/PLC troubleshooting, practical automation, and testable software reliability.
Start a non-confidential work or collaboration inquiry. GitHub issues are public; please do not include credentials, confidential records, or private personal details.
Working principle: Demonstrated tests and public artifacts support narrow claims. They do not establish an untested deployment, guaranteed safety, customer adoption, or revenue.