Multidisciplinary engineer with a career spanning aerospace, defence, robotics, precision metrology, and clean energy. The common thread isn't an industry — it's a particular kind of problem: complex, multi-domain, and requiring someone who can own the full scope from first principles to final delivery.
Most engineers go deep in one direction. A career that spans aerospace production, robotics, precision metrology, defence certification, and clean energy hardware isn't accidental — it was a deliberate choice to develop range before depth, then find the problems where both are required simultaneously.
The result is an unusual capability: the ability to own a project across mechanical, software, electronics, and test domains without losing rigour in any of them. The hardest engineering problems don't fit neatly inside one discipline. The ATS5 is a software problem and a fluid systems problem and a safety problem and a data acquisition problem, all at once. So is the gas block. So was the CPRR.
Offered management roles at several points in this career. Declined every one — not from lack of ambition, but because the craft is where the value is. The decision to stay technical means the pattern recognition that comes from a decade of delivery is still grounded in how things actually get built, not in how they're reported upward.
Whether you need something built, a second opinion, or want to discuss a project — I'm available for commissions, advisory, and collaborations.