Lehigh-trained mechanical engineer with hands-on fabrication skills and a life spent outside — climbing, skiing, and backpacking aren't a hobby line on my resume, they're why I care how gear actually holds up.
I'm a recent Lehigh University mechanical engineering grad with minors in energy engineering and product design. My background is in industrial equipment design and hands-on fabrication. Combining engineering design with fabrication know-how helps me make products that are simple and effective.
Making my ideas come to life is something I take a lot of pride in. Through this I have learned to persevere in the iterative design process and have come to enjoy the challenge of pushing through roadblocks.
Outside of work I've spent countless hours in the mountains and in the sea: leading backpacking, climbing, and surfing trips as an Outing Club officer at Lehigh as well as having fun in nature on my own. Relying heavily on gear is a large part of my hobbies, so I see it as a necessity to make gear that holds up in the harshest of environments
| Software | SolidWorks, ANSYS (FEA), MATLAB, LabVIEW, Java, Python, Adobe, MS Office |
| Fabrication | Machining, TIG & MIG welding, woodworking, prototyping, mechanical assembly |
| Certifications | SolidWorks Mechanical Design, OSHA Forklift, Wilderness First Aid, CPR, Epinephrine |
| Education | B.S. Mechanical Engineering, Lehigh University — May 2025, GPA 3.35 |
Climbing, biking, backpacking, and surfing are where I spend most of my time.
Designed and shaped an experimental surfboard from the ground up. Utilizing a wooden lattice structure, we created a board that has much more torsional response that a conventional foam board and uses significantly less petroleum products.
Capstone project for Westlake Pipe & Fittings — designed and built a test rig to evaluate an internally restrained PVC joint through cyclic pressure loading in accordance with ASTM F1674.
A 9’0” longboard shaped out of an old broken board. Shaped and glassed from start to finish using recycled foam with a hand painted stripe design and logo. Bonzer inspired fin setup. Rides like a dream.
Our Team took basic design guidelines from students at Broughal Middle School, to a fully functioning, injection molded, matchbox car. 3D CAD, CAM, and MoldFlow software was used to optimize design and produce a car that outperformed our competition.
Instructed and supervised students on safe use of woodshop and metal shop machinery and tools.
Designed and modeled improvements to overhead box conveyor systems in SolidWorks, evaluated components for manufacturability, and prototyped a tool for rapid disassembly and reassembly of tabbed conveyor chains. Surveyed winery production facilities and assisted with on-site installation and modification of industrial equipment.
Prepped materials and provided critique for students' design projects; led TIG welding lessons for the course.
Managed tasks critical to wine production; repaired and constructed tank thermostats, tools, hoses, fittings, and pipes; operated and maintained forklifts (OSHA certified).
Feel free to reach out!
