Amanda Randles, the director of the new Duke Center for Computational and Digital Health Innovation: “We’ve created an atmosphere where truly interdisciplinary work can be done to address the toughest health care challenges.” Photo by Bill Snead
Biomedical Engineering
Wearable electronic monitoring devices can provide precise, non-invasive, long-term recording of a body’s outer or inner workings in real time.
Amanda Randles developed software that creates these digital twins using some of the world's biggest supercomputers.
March 7, 2025
Life-Changing Innovation: From Our Labs to the Ones You Love
Read on University Communications and Marketing
Biomedical engineer Tatiana Segura works on creating new biomaterials, including a gel that regrows tissue in damaged areas of the body and promotes wound healing.
February 13, 2025
Activating Complex Regions of the Genome to Treat Rare Diseases
Read on Pratt School of Engineering
Shyni Varghese, professor of biomedical engineering, mechanical engineering & materials science, and orthopedic surgery, and Hunter Newman, a postdoctoral fellow in the Department of Biomedical Engineering, teamed up to develop a gel-like substance that gets injected into a fractured bone to help it heal more quickly.
November 1, 2024
Another Step Toward More Effective Breast Cancer Treatment Globally
Read on Pratt School of Engineering
October 25, 2024
Hard-Earned Lessons from Spinning Out a Startup Company from a University
Read on Pratt School of Engineering
October 21, 2024
Gaming Has Stereotypes. Here’s Why It’s More Than Child’s Play
Read on Pratt School of Engineering
September 25, 2024
Four Newly Promoted or Hired Faculty Named Langford Lecturers
Read on Office of the Provost