McKelvey School of Engineering

Researchers working with Fuzhong Zhang at the McKelvey School of Engineering have genetically engineered a protein-based bio-adhesive with programmable material properties.

Collaborative research from Rohit Pappu’s laboratory at the McKelvey School of Engineering, published in Nature Communications, shows that timing matters when it comes to the order of how different RNA molecules are added to condensates.

Sang-Hoon Bae at the McKelvey School of Engineering and collaborators have demonstrated integrated processing hardware they say could revolutionize artificial intelligence computing.

Nathan Jacobs at the McKelvey School of Engineering led a team that developed a joint learning framework to enhance two closely related computer vision tasks critical in autonomous driving applications.

A love of logistics and learning about the world leads Michael Holtz, BS ’87, to create a new kind of luxury travel company.

Mark Waggoner, BSCE ’97, designs stadium roofs that shield tens of thousands of sports fans from the elements and can withstand Mother Nature’s fury.

‘After years and years …,’ a forgotten Christmas card from the late 1940s reveals the early genius of an Emmy Award–winning alumnus and his admiration for Mother Baird, a fraternity housemother.

Computer scientists led by Ning Zhang at the McKelvey School of Engineering developed AntiFake, a tool to protect voice recordings from unauthorized speech synthesis.

Nathan Jacobs at the McKelvey School of Engineering developed a new framework for predicting the types of sounds that are likely to be heard at a given geographic location. Soundscape mapping has applications in urban planning and noise management, as well as in individual decisions about where to buy a home or establish a business.

Collaborative research from Rohit Pappu’s laboratory at the McKelvey School of Engineering sheds light on the role of temperature in RNA phase separation, particularly the heating and cooling required to form condensates.