DiscovEAR
DiscovEAR
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I had the privilege of co-founding and leading this incredible team. Working with our amazing mentors from the Johns Hopkins Hospital, Applied Physics Lab, and Department of Biomedical Engineering, we prototyped a minimally viable product that was successful in cadaver testing.
Design Day Feature: https://engineering.jhu.edu/designcenter/design-gallery/entry/12953/
Twitter: https://x.com/Discov_EAR
Awards:
The Most Outstanding Project Management for Upperclassmen
The Most Outstanding Team Leaders
Learn more about the Design Team Experience: https://jhu.digication.com/johns-hopkins-biomedical-engineering-design-teams/home
Mechanical Thrombectomy Device
Research and Development
Mechanical Thrombectomy Device
Research and Development
Photo Credit: Argon Medical Devices
This was the first commercial device I worked on. I still remember seeing the first functional prototypes, and now it's on the market and actively used in interventional radiology procedures. I had complete autonomy over the electronics of this system and verification testing, examining how performance varied based on the different types of blood clots.
https://www.argonmedical.com/product/cleaner-vac-thrombectomy-system/
Breast Cancer Diagnosis in Low Resource Settings
Breast Cancer Diagnosis in Low Resource Settings
As a first year student in university, I had the opportunity to join the team and contribute in user testing and experience. This was my first exposure to clinical testing environments and collaborating with medical practitioners globally.
Project Details: https://www.bme.jhu.edu/academics/bme-design/bme-project-gallery/breast-cancer-biopsy-in-low-resource-settings/
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