Mechanical design engineer (SolidWorks, 11 years). I automate my own engineering work with Claude Code, and publish what actually ships.

I design custom industrial machines — roll-forming lines, presses, conveyors, special-purpose equipment — for manufacturers across 14+ sectors. Quoting, concept work, and CAD production used to eat my days. So I started rebuilding those steps around AI agents.

Everything here came out of paid client work, not tutorials. If a repo is public, it means the approach survived contact with a real machine shop.

hermes-server-kit — turn a spare mini PC into a private AI assistant for a machine shop, in one command. Firewall and SSH hardening, an agent you talk to over Telegram, and a git-backed company memory it maintains daily. Plain markdown, no vector database, no lock-in — your drawings and pricing stay on your own hardware.

I built it because my company's knowledge lived in my head. It now runs in a customer's factory too, where the owner uses it for payment tracking, project status, invoices, and drafting replies to email.

onshape-api-belt-conveyor — an 82-part belt conveyor modeled entirely through the Onshape REST API, orchestrated by Claude Code. Live public Onshape document plus the real process behind it: what the API does well, where it fights you.

claude-code-mechanical-concept — a Claude Code skill that turns an underspecified equipment brief ("we need something that feeds sheet at 12 m/min") into a labeled spec table and a runnable CAD stub. Built because customers describe machines in fragments, and the missing numbers are the whole job.

machine-vision-tire-id-conveyor — warehouse-entry conveyor that reads tire brand, size, and DOT code off a moving wheel. Two numbers in a message, a 3D concept the same day.

draft-to-render-rollform-line — rough CAD used as the geometric anchor for an AI-generated factory render. The point: the render inherits real proportions instead of being a plausible-looking stock image.

3d-proposal-template — self-contained HTML proposal with an embedded, rotatable 3D model viewer. One file, no build step, no dependencies. A customer opens it on a phone in a workshop and rotates the machine you are quoting.

Most engineering-AI tooling is written by software people who then go learn manufacturing. I came the other way: I was specifying gear ratios and picking St52 plate long before I wrote a line of automation. That changes what you build — the failure modes I design around are wrong material callouts, lost revisions, and quotes that take three days, not abstract benchmarks.

I also run this on myself. My own shop knowledge — customers, machines, suppliers, decisions — lives in a git-based memory system that an agent reads and writes daily. The same structure is now installed in a customer's factory.

• CAD and engineering automation, remote (Onshape/SolidWorks API work, generative geometry, drawing and BOM pipelines)
• Claude Code skills and agent tooling for manufacturing workflows
• Corporate memory / AI assistant setups for machine shops — currently on-site, Türkiye

Reach me through the email on my GitHub profile, or open an issue on any repo.