Directory

Justin Chan is an assistant professor in the Electrical and Computer Engineering Department and the Software and Societal Systems Department at Carnegie Mellon University. His research focuses on building intelligent mobile and embedded systems for computational health and large-scale environmental sensing.

His work on smartphone-based ear infections is now FDA-listed and is available to select early access healthcare systems. His work on new-born hearing screening has led to an international effort called TUNE with the goal of bringing universal newborn hearing screening across Kenya as well as collaborations with NGOs such as the Global Foundation for Children with Hearing Loss to deploy this technology in Nepal and Mongolia. His work on contactless cardiac arrest detection has been licensed to a startup which has recently been acquired by Google. He was also a lead contributor for CovidSafe (now WA Notify), a COVID-19 contact tracing and symptom tracking app, which became part of official efforts by the WA Department of Health to manage the pandemic. He has authored publications in interdisciplinary journals like Nature Biomedical Engineering, Science Translational Medicine, Nature Communications as well as Computer Science and Engineering venues like MobiSys, MobiCom, SIGCOMM, SIGGRAPH Asia and UIST.

Office
315 Tata Consultancy Services Hall
Email
justinchan@cmu.edu
Google Scholar
Justin Chan
Websites
Justin Chan's website

Education

2023 Ph.D. Computer Science & Engineering, University of Washington

2018 M.S. Computer Science & Engineering, University of Washington

2015 A.B. Computer Science, Dartmouth College

Media mentions


CMU Engineering

Earbuds that listen to the heart

Researchers show that regular earbuds can be turned into heart-vibration sensors that measure detailed heart valve activity almost as accurately as chest-mounted medical devices.

CyLab Security and Privacy Institute

Earbuds that listen to the heart

Carnegie Mellon researchers have shown that regular earbuds can be transformed into heart-vibration sensors that measure detailed heart valve activity with almost as much accuracy as chest-mounted medical devices.