WPI Plans for Fall Opening Latest Information
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WBUR interviewed Greg Fischer, the William Smith Dean's Professor, on his spearheading the idea of having teams of WPI researchers make designs of ventilators and their components publicly available so anyone with a 3D printer and background in electronics and mechanical engineering could use them to produce ventilators for hospitals.

WBUR reported on WPI's opening of The Global School to expand study abroad programs focused on technological, economic, and social problems around the world. 

WBUR mentioned Associate Professor of Interactive Media and Game Development and Humanities & Arts Joshua Rosenstock's Fermentophone exhibit at the Harvard Museum of Natural History as one of the 5 Things To Do This Weekend. 

WBUR spoke with chemical engineering professor Mike Timko about his research on food and yard waste. Timko and his team recently received $2M to see if both types of waste can make a more efficient biofuel.

WBUR radio aired a segment about Adam Powell, associate professor of mechanical engineering, who is testing a new type of welding that may make car joints more resistant to corrosion, leading to lighter and more fuel efficient cars. Powell said the welding process is ideal for car doors, which are “especially beneficial for a car with reduced weight in some other parts that need just another 20 or 40 pounds of additional weight reduction to get to that smaller engine.”

WBUR talked to Erin Ottmar, assistant professor of learning sciences and psychology, about the NSF grant she and other WPI researchers received to develop a website that children can use to design and play math games that develop computational thinking skills. "Currently, there's very few K-8 teachers who are trained in computer science, so part of the idea is to bridge that gap and be able to increase computational thinking for our students," Ottmar said.

WBUR interviewed Nikhil Karanjgaokar, assistant professor of aerospace engineering, who’s aiming to create a bulletproof vest in which the materials inside the vest could instantly change properties, providing greater shock protection at the exact point of impact. “You just feel safe knowing that know matter what sort of impact comes your way you’re protected,” he said.