Dr. Kon-Well Wang set the stage by giving an overview of the NSF Engineering Research Center (ERC) Program and its impact on science, engineering, and society.
Two mechanical engineering professors to lead effort to boost understanding of solid-state EV power cells.
Efforts to model air flow and track drug particles for specific drugs and patients are often costly, but a range of options are available to DPI designers for problem-solving through the complexities of achieving appropriate flows for each drug and patient, Dr. Capecelatro argues.
The Miller Faculty Scholarship, endowed by Engineering alumnus Leonard G. Miller, is an honorary title awarded to the most accomplished assistant and associate professors in the College of Engineering.
Jim Barber is held with the utmost esteem by his colleagues across the world. The quality of his work, his collegiality, and his earnest devotion to his field are among the many praises sung by the contributors to a special issue of the International Journal of Solids and Structures (IJSS).
After earning her B.S. in Mechanical Engineering at the University of Michigan in 1990, Kim’s illustrious career took her through several executive leadership positions at major companies, like Ford Motor Co., Dell Inc., Boeing Co., and Deutsche Bank AG.
The National Association of Manufacturers’ Manufacturing Leadership Council awarded UM-ME Associate Professor Kira Barton’s Research Group a Manufacturing Leadership Award in the Council’s Collaborative Ecosystems category.
Dr. Stefanopoulou spoke about her “research vision on electrification of the automotive sector and the challenges that are involved in advancing battery technology.”
The NSF GRF Program’s goal in offering these fellowships is to increase the nation’s human capacity in science and engineering by fostering early-career graduate students.
Dr. Bala Chandran’s proposal, titled “Understanding Radiative Transport in Flowing and Reactive Participating Media with Integrated Models and Measurements,” seeks to develop and deploy predictive models integrated with experimental measurements to establish a more fundamental and holistic understanding of flow-radiation-reaction interactions in various thermal and solar energy systems.