There's a certain kind of problem that most people don't want to touch. That's usually where I start.
The kind of work where the tolerances matter, the stakes are real, and "good enough" isn't. Looking for technically demanding problems and a team that takes their craft seriously. Let's connect.
I graduated from Rochester Institute of Technology in 2025 with a B.S. in Mechanical Engineering. RIT's co-op program meant I spent nearly two full years working at ThermoFisher Scientific, owning real production-engineering work on live manufacturing lines. That experience shaped how I approach design - every CAD decision is a tolerance stack-up waiting to happen, and every design intent has to survive the operator who's been on shift for 8 hours.
Right now, I'm the lead mechanical engineer at Point Lighting Corporation, owning the full product lifecycle for specialized FAA compliant lighting systems serving heliports, industrial, and architectural clients.
Outside of work, I keep building things from gearboxes, drones, to AI integrated tooling. I'm always looking for opportunity to work with technical depth and a mission I can get behind.
* Expert * Proficient * Working knowledge
Full product lifecycle - CAD, prototyping, testing, documentation. Specialized lighting for aerospace, industrial, and architectural clients. ISO 9001, FAA-compliant solutions.
At ThermoFisher Scientific, I spent two eight-month co-op rotations as a manufacturing engineering intern, focusing on automation and yield improvement across production lines. I designed tooling and fixturing, reprogrammed robot cells and PLCs, and deployed vision and sensor systems. See all 10 projects ->
Disassembled and restored performance engines. Machined components to spec. Hands-on with mechanical fits, clearances, and assembly sequencing.
Advanced CAD / Optimal Design / System Dynamics / Material Science / Heat Transfer
GD&T Professional Cert. / CSWA Mechanical Design / CSWA Additive Manufacturing
Led hardware and software sub-teams. Developed complex electro-mechanical assemblies and wrote control system logic from scratch. View project ->
Supported students, fostered community, mediated conflicts. Two years of responsibility outside the technical track.
Open to engineering roles in technically demanding, mission-driven industries. Connecticut-based, hybrid-friendly.