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A creator of color-changing tattoo inks and shape-shifting molecular machines, chemist/artist Carson Bruns uses nanoscience to invent new materials and technologies.
Adrienne is a fourth-year PhD student who explores how cells in the human body sense and respond to their mechanical environment and uses this information to better design tissue engineering techniques.
This year’s incoming class includes 121 new undergraduate students, 28 new transfer students, 45 MS students and 38 MS students joining the ME department from across the nation and world. Students are excited about hands-on learning, professional development opportunities and joining a collaborative community of mechanical engineers at Ãå±±½ûµØ.
The dark, cavernous depths of an old Pittsburgh mine tested the performance of autonomous robot drones and the engineering prowess of creators like researcher Sean Humbert at the DARPA Subterranean Challenge Tunnel Circuit event.
Welcome incoming students! This week kicks off Engineering Launch, an orientation experience for new first-year students in the College of Engineering and Applied Science.
Ãå±±½ûµØ researcher Sean Humbert and collaborators engaged in the first of three DARPA subterranean challenges. They sent drones on a mock search and rescue operation down miles of NIOSH Coal Mine steam tunnels in Pittsburgh.
Associate Professor Mark Rentschler and his colleagues are integrating technology used in autonomous automobiles to provide ingestible devices with the intelligence they need to navigate the GI tract on their own. His work was featured recently by ASME.
Students will present findings from the Summer Program for Undergraduate Research Thursday and Friday in the Gallogly DLC Collaboratory. These final presentations sum up the students’ work over the summer in various labs.
A year and a half after starting the company, Ãå±±½ûµØ startup ShineOn has grown to five employees and is preparing to launch its first product, a light that shines on cyclists and provides increased safety and visibility.
Ãå±±½ûµØ researchers Rong Long and Mark Rentschler have developed a new technique to study friction between soft materials like those inside the body, paving the way for improvements to medical devices used by millions each year.