About Me
I'm a biomedical engineer interested in the details that make neural-sensing technology usable outside the lab.
I started working with EEG hardware during my undergraduate research at UIC. Much of that work involved practical questions: how do you keep an electrode in reliable contact with the scalp, especially across different hair types and styles? How do you know whether a design is actually helping?
I worked on CAD, 3D-printed attachments, participant testing, and signal analysis. I liked moving between the design and the experiment. Finding out which assumptions held up once we tried something.
I'm now pursuing a thesis-track M.S. in Biomedical Engineering at Northwestern. My research involves a wearable clinical EEG platform, and I'm continuing to learn more about bioelectronics and medical-device development.
Education
Northwestern University
M.S. in Biomedical Engineering, Thesis Track
University of Illinois Chicago
B.S. in Biomedical Engineering, Biomedical Imaging concentration · Magna Cum Laude
My approach
Practical questions matter.
Good signals depend on more than software. The interface between the device and the person matters. That includes electrode contact, comfort, and how a prototype holds up during testing.