Amanda Randles Awarded ACM Prize in Computing
Randles was recognized for her groundbreaking work to use high performance computing to revolutionize medical diagnostics
Randles was recognized for her groundbreaking work to use high performance computing to revolutionize medical diagnostics
The two have been recognized by the American Institute of Aeronautics and Astronautics for their work on aeroelastic computation.
Competitive five-year grant will help Jessilyn Dunn address long-standing issues in how biomedical data for wearable devices is collected and studied
Kenneth Hall was recognized for his research spanning several key areas in aerodynamics, including unsteady aerodynamics, structural dynamics and aeroelasticity.
Amanda Randles was recognized for using computational models to improve the diagnosis, prevention and treatment of human diseases
Recently awarded the J.S. Rao Medal for his contributions in vibration engineering, the Duke MEMS faculty member has spent decades inspiring new engineers in the field of aeroelasticity
The research director of Warren Grill's Duke BME lab was recognized for her work in modeling electrical stimulation of the nervous system
The elevation to fellow recognizes the Duke ECE faculty member's pioneering contributions to linear and nonlinear structured light-matter interactions and active photonics
The prestigious honor will fully fund the interdisciplinary cancer research of Enakshi Sunassee, a fifth-year PhD chemical and biomedical engineering student at Duke
Distinction honors the contributions of Blake Wilson to the cochlear implant, which has helped restore the hearing of more than a million people worldwide
Duke ECE’s two newest fellows advanced the fields of signal processing and imagined new applications for nanomaterial-enhanced electronics
To make Clarivate's annual list, researchers must have a paper ranked in the top 1% for its field for the last decade