Washington DC-Baltimore Area
Bioengineering student at the University of Maryland focused on medical devices and clinical applications. Experience in biomedical research, rapid prototyping, and medical device development.
Worked on a multiyear senior engineering design project to help improve patient outcomes during life threatening medical emergencies. Focused on rapid prototyping, mechanical design, circuit design, and human factors as part of a collaboration between Children's National Hospital and the University of Maryland. Continued work as a research volunteer under physician-scientist supervision at Children's National Hospital. Led University of Maryland senior design team during 2025-26 academic year.
Researched 3-D printed sensors for biomedical applications. Explored 3D printed conductive lattices for traumatic brain injury detection and prevention.
Participated in Computational Bioengineering Research Experience for Undergraduates. Conducted undergraduate research in human motion capture methodologies under faculty mentorship.
Scheduled appointments, prepared patient invoices, supported communication between medical offices, assisted in inventory management and purchasing, and welcomed every patient with a smile.