Science & Technology

Advances in medical imaging and artificial intelligence have revolutionized many aspects of medical practice, but it can be hard to know if a given measurement tool works as intended. A technique developed by WashU researchers can be used to assess the reliability of quantitative imaging tools.

McKelvey Engineering researchers, led by James Friend, developed an acoustofluidic device to move fluid faster than diffusion.

Research from Amit Pathak’s lab at WashU McKelvey Engineering shows how cells can sense even the smallest defects, or micro-injuries — work that could help develop treatments for wound healing and cancer.

Aaron F. Bobick, dean of the McKelvey School of Engineering and the James M. McKelvey Professor at Washington University in St. Louis, will conclude his deanship on June 30, after successfully serving the university for 12 years in his role, Chancellor Andrew D. Martin announced.

A new master’s degree in artificial intelligence engineering will be offered at WashU McKelvey Engineering starting in fall 2027.

Gang Wu at the McKelvey School of Engineering has developed a potential fuel-cell solution for powering data centers or transportation.

WashU’s Sang-Hoon Bae plans to use glass to grow 2D crystals with a National Science Foundation CAREER Award.

Research in Feng Jiao’s lab at WashU McKelvey Engineering has shown that modifying the power strategy with a catalyst can prevent damage without any loss in performance while also reducing costs in converting carbon dioxide to other useful chemicals.

WashU researchers have received a federal grant to study the mechanobiological properties of tendons, work that could help to prevent common tendon injuries as well as inform new treatment strategies.

Biomedical engineers at WashU have created a new platform to study mechanobiology, which can help with research on cancer and fibrosis.