Our mission
Outline the overarching goal of democratizing skin cancer diagnostics using cutting-edge technology, making early detection accessible to all.
Outline the overarching goal of democratizing skin cancer diagnostics using cutting-edge technology, making early detection accessible to all.
Full stack software engineer, Optics background
Studies microbiology; experience in leadership positions in non-profit
Research in Non-linear photonics and laser generation for LIBS
Chemistry Major
Physics major
Computer Engineer
Safety Officer for Liberty University’s NASA HERC team; three years experience with CAD software; undergraduate junior in mechanical engineering
Bereket Temesgen, born in Ethiopia and now living in Boston, is a first-generation sophomore undergraduate studying optical engineering and computer science at the University of Rochester. Bereket’s work on cancer diagnostic tools stems directly from the challenges they observed in Ethiopia’s healthcare infrastructure, where access to advanced diagnostic technology is limited. Driven by a passion to bridge this gap, Bereket’s project recently earned recognition at a Medtronic-hosted competition, highlighting the potential impact of polarimetric imaging on early-stage cancer detection.