Chemical Engineering | College of Engineering

Chemical Engineering Master of Engineering Info Session

In this information session, you will learn more about our 9-12 month program that is designed to train applicants from a variety of physics, chemistry, biotech, and engineering backgrounds for chemical process engineering positions.

Chemical Engineering Department Weekly Seminar

Harnessing the Power of Metabolic Engineering and Synthetic Biology to Address Challenges in Energy, Environment, and Health.

Slime Time

It's slime time! Enjoy a day of making slime and being an engineer for a day! All materials are safe and non-hazardous. The best part -- you get to take your slime home!

CHMS Alumni BBQ

The CHMS Department welcomes graduates to the annual Alumni BBQ! This is an opportunity for Alumni to reconnect, network, and socialize with peers.

Liquid Nitrogen Sorbet

What boils at -320°F and is cold enough to burn? Liquid nitrogen, of course! If you would like to see this incredible chemical phenomenon and better yet, eat it, come on down to try our Liquid Nitrogen Sorbet!

Chemical Engineering Faculty Recruitment Seminar

Converging motivations are creating a drive for new technologies and approaches for upgrading renewable and waste materials to value-added chemicals.

Chemical Engineering Faculty Recruitment Seminar

The evolution of multicellular life coincided with innovations in key cellular processes, including cell-cell signaling and adhesion.

Chemical Engineering Faculty Recruitment Seminar

Human mesenchymal stromal cell (hMSC) manufacturing requires the production of large numbers of therapeutically potent cells.

Chemical Engineering Faculty Recruitment Seminar

Are viruses friends or foes? The answer may be debatable. However, advancements in virology and engineering enable us to transform these foes into allies.

Chemical Engineering Faculty Recruitment Seminar

The food system contributes approximately a third of global greenhouse gas emissions. Transitioning food production from resource-intensive industrial animal agriculture towards microbial processes is critical for minimizing these planetary impacts and feeding a growing population.