News

A George Mason University team is taking a promising medical imaging technology closer to real-world use, supported by the Virginia Innovation Partnership Corporation.

Bioengineering faculty member Siddhartha Sikdar was named Fellow of the American Institute of Ultrasound in Medicine.

Driven by a growing passion for data interpretation and real‑world health applications, bioengineering major Mansi Joseph is fast‑tracking her academic journey through George Mason’s Bachelor’s‑to‑Accelerated‑Master’s program in biostatistics.

George Mason University President Gregory Washington has announced the recipients of the 2026 Presidential Awards for Faculty Excellence, honoring George Mason faculty members for their work on behalf of the university, students, and the broader community.

At George Mason University’s College of Engineering and Computing, the Peer Mentor Center has become a place where students can find guidance from peers who have been in their shoes.

George Mason’s Department of Bioengineering brought together students, faculty, industry partners, and alumni for an evening of career exploration, networking, and research excellence.

Two multidisciplinary senior design teams in the College of Engineering and Computing are taking on major health‑related challenges, showcasing how engineering students are applying research, innovation, and collaboration to improve health outcomes.

Researchers at George Mason are developing a way to "tag" biomarkers, making it easier to understand the impact of drug treatments.

A George Mason professor is using machine learning to improve the yield of almond trees, a major crop around the world.

George Mason researchers are leading a Department of Energy–funded project to make AI more energy-efficient and private by using brain-inspired computing and novel spintronic devices.

Researchers are attempting to 3D print inexpensive prosthetic lower limbs for children, allowing them to run and play with their friends.

The National Institutes of Health (NIH) awarded a George Mason University research team $2.1 million to create a nanosensor and imaging technique that could revolutionize the study of seizures.