Building what moves. Coding what thinks.
Product development engineer.
Seven years from the shop floor to surgical instruments — packaging automation, robotic cells, control panels, and Class-I orthopedic instruments. AI collapsed the distance between an idea and a working prototype, so I started researching it the way I'd research any new process. Building has never been this fast, or this fun.
Cocoa, FL · UCF BSME '18 · Named inventor, provisional patents
Explore
Resume
One page. Print it, or save it as a PDF.
- 7 years
- UCF BSME '18
- 4 provisional patents
Experience
The same seven years, on a real time axis.
- 5 engineering roles
- Gantt + skill heatmap
The Work
Four interactive demos you can actually drive.
- Quoting
- OEE dashboard
- Compliance
- Workflow
AI Toolkit
Thirteen field guides on working with AI. I wrote and built them.
- 65 families
- 268 patterns
- 268 glossary terms
Projects
Shipped and running, not concepts.
- LaserTagStudio
- Visual-Data
The Story
Boats in the garage, then a launchpad, then surgical instruments.
- Space Coast
- Boat builder
- Surf instructor
Contact
Email, LinkedIn, GitHub.
- Open to roles
- Brevard County, FL
How I got here
I grew up on the Space Coast building boats and fixing engines in my parents' garage. That turned into a mechanical engineering degree, then five engineering roles — custom cabinetry, industrial controls, sheet-metal automation, and finally orthopedic instruments I helped patent alongside the surgeons who used them.
The machines always needed software around them — production dashboards, quoting tools, compliance documents — and for years that was somebody else's job, or nobody's. AI changed the math. Now I build both halves: the mechanism and the system that runs it.
The AI Toolkit is where that research lives. Thirteen interactive field guides — 65 families, 268 patterns — that I ran down, wrote, and built myself. It started as notes on what actually held up and what didn't. It's the reference I wanted and couldn't find.