I am a Biomedical and Electrical Engineer with a Master's in Biomedical Engineering from Johns Hopkins University and a Bachelor's from Case Western Reserve University. I bring a strong foundation in analog and digital circuit design, embedded systems, and biomedical instrumentation, along with project leadership experience across both academic and industry settings.
My background includes designing and testing biosensors, neural probe coatings, and analog control systems, as well as experience working with microcontrollers (Raspberry Pi, Arduino, Picaxe), MATLAB, and PCB design using KiCad and EasyEDA. I've conducted funded neural engineering research, developed biologically accurate musculoskeletal models, and led independent sensor testing initiatives at a publicly traded medical device company.
Currently, I work part-time as a Project Engineer at Optisources Inc., where I use Python, C++, HTML, and AI technologies for government-related applications. I hold an active TS security clearance and am FE-certified in Electrical and Computer Engineering. I am seeking a full-time opportunity in electronics, biomedical instrumentation, or technical project management, where I can apply my engineering training and cross-disciplinary experience to build impactful medical or embedded technologies.
