What’s engineering if not solving puzzles?

Making sense of complicated systems of elements, and distilling them down to their simplest form, is something I truly enjoy. I believe my ever-growing collection of board and card games is a testament to this. A few times a month, I’ll even try to rope my friends into my world of point markers and meeples. Whenever I introduce someone to a new game, I’ll half-jokingly say, “If the instructions have a table of contents, it’s gonna be good.” That’s why I love being an engineer. Designing prosthetics and other devices is just another way I get to use my passion for puzzle solving, while also helping people who need it most.

I’m an Electrical Engineer with a passion for designing medical devices. My most recent role was at Mobilion Systems Inc. where I was primarily responsible for sub-system design. My work history includes assisting in the analyses of various projects relating to injury causation and creating and modifying a range of devices in a research environment. In my free time, I also create programs and electronic devices for personal use.

I have a M.S. and B.S. in Biomedical Engineering from Temple University.

 
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Recent Projects


 

—An electrical subsystem to be integrated into a research instrument to improve performance

—A custom switch to facilitate gigabit speed communication between a research instrument’s subsystems

—An amplifier allowing for the measurement of currents at the fempto-ampere level

—A Jupyter module to be used in a Problem Based Learning environment in collaboration with a Temple University Professor

—An open-source, low cost neural stimulator for research purposes