McKelvey School of Engineering

ShiNung Ching and collaborators are working with a $1 million NIH grant to predict and prevent some injuries related to neurological illnesses.

A $1.5 million NIH grant will support J. Mark Meecham’s development of microfluidic technology to separate cells and molecules from other microscopic particles, such as in blood.

Chenyang Lu at the McKelvey School of Engineering is evaluating the potential use of artificial intelligence to benefit patients’ health — and doctors’ well-being.

Spongy electrodes developed in the lab of Chuan Wang at the McKelvey School of Engineering will help map the uterus to better understand preterm birth.

Joshua Yuan at the McKelvey School of Engineering and collaborators have cracked a chemical code that will take carbon fiber to the next level.

Researchers in Jianmin Cui’s lab at the McKelvey School of Engineering have looked at drug interactions and mechanisms behind a group of proteins to potentially develop a new strategy to treat epilepsy.

Peng Bai at the McKelvey School of Engineering has received a $355,630 grant from the National Science Foundation to study safer batteries.

Abhinav Jha and his collaborators have developed a way to measure the distribution of dangerous radiation associated with cancer treatments.

An interdisciplinary team led by the lab of Srikanth Singamaneni has developed a new way to better visualize the proteins secreted by cells.

The National Institutes of Health (NIH) has awarded a five-year $1.67 million grant to Chuan Wang, assistant professor at the McKelvey School of Engineering, for research on preterm birth. Wang and an interdisciplinary team will develop soft sensors with stretchable electrodes to generate 3D maps of the uterine surface and better understand contractions.