A new electrochemical system developed in the lab of Professor Ted Sargent cuts waste, slashes emissions, and conserves energy while producing a key industrial chemical.

A team with Professor Krishna Shrinivas discovered how a landmark found in the nucleus of cells in many organ systems forms ...

Ghadge now has an inside perspective on how science moves from research to real-world impact thanks to a trio of site visits in San Francisco, the birthplace of biotech. She and 11 of her classmates ...

Research Areas The Department of Industrial Engineering has seven research areas for students to choose from. Every research area is unique and has its own research theme and course work. Jump to a ...

With a century dedicated to research and teaching in the field, the Department of Civil and Environmental Engineering is ranked among the top departments in the nation. Our award-winning faculty ...

A team of scientists with Professor Tobin J. Marks broke down plastic using a simple, inexpensive catalyst and air.

On February 18, the Center for Human-Computer Interaction + Design hosted a thought leader panel to discuss the National Academies of Sciences’s "Artificial Intelligence and the Future of Work" report ...

The internal surface area of just one gram of the synthetic material NU-110 could cover one-and-a-half football fields. That extremely high surface area could make the material especially promising ...

Using high-resolution 3-D printing, researchers can create flexible, biodegradable stents on-demand that are customized for a patient’s specific anatomy.

A multidisciplinary team of academic, industry, and non-profit partners led by Professor Brenna Argall aims to enhance safety and facilitate independent wheelchair operation.

During a trip to Kenya, Professor Julius Lucks tested a device that leverages advances in in vitro synthetic biology to diagnose disease in crops before the symptoms are visible.