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Vishnu Ramasamy, a second year PhD student working under John Lewandowski in the Department of Materials Science and Engineering, is well versed in working with 3D printers. He’s even worked on building one that is capable of 3D printing wind turbine blades. 

Since 2009, Case Western Reserve University fellows have helped hundreds of local K-12 students with their science fair projects. This year, the 32 Gelfand Fellows continue the tradition, working with students at 10 schools across Cleveland to plan, prepare and present their science fair projects. 

After shadowing her father, a mechanical engineer, as part of a class in eighth grade, Melinda Lake-Speers was inspired to sign up for an introductory engineering and design course in high school.

Venture capital isn’t just for business majors and two second-year engineering students can prove it.

The ASM International Student Speaking Symposium was a big success for Sylvie Crowell, a senior in the Department of Materials Science and Engineering at Case Western Reserve University.

Case Western Reserve University brought home first place at the Autonomous Snowplow Competition (ASC) in January, but the road to number one had some bumps. 

With his face pressed against the glass of the airport window, a young Brian Taylor asked his father who was responsible for building airplanes. When his father told him it was the job of aeronautical engineers, he knew that was the career for him. 

The autonomous snowplow competition (ASC) is a competition run by the Institute of Navigation, with the aim of challenging students in the areas of robotic navigation and guidance.

Eight researchers affiliated with Case Western Reserve University have been named senior members of the National Academy of Inventors (NAI)—the largest class ever from the university—and from any member institution since the academy began the awards in 2018.

Case Western Reserve University will play a primary role in a new $46.4 million federally funded project to develop a freeze-dried blood substitute that, if successful, has the potential to save thousands of wounded soldiers’ lives—and civilian lives, as well.