UT-ORNL Governor’s Chair Rigoberto Advincula is leading a $3 million project centered on self-driving labs and recently published a journal article on the topic.

Associate Professor Steve Abel will contribute computational expertise to two NSF-funded projects developing the next generation of cell-free biomanufacturing technology.

When a widely accepted theory couldn’t explain the data, Dalhaimer’s lab looked deeper—and revealed new possibilities for nanoparticle medicine.

UT & Eonix were selected for a Phase II STTR $1.7 million grant focused on ultra-high-power batteries for directed energy, counter drone awards, and e-VTOL systems.

UT engineering team helps Nissan find a “second life” for its LEAF model electric vehicle batteries by turning them into power supplies.

UT has been selected to lead an international team of researchers working toward a circular global economy—one of the world’s greatest modern challenges.

A new fermenter and ultrafiltration unit in CBE’s Eastman Unit Operations Laboratory will let undergraduates explore biomolecular engineering more deeply.

Composite polymer extrusion is an extremely versatile manufacturing technique. Resins are fed into the long barrels of twin-screw extruders, where […]

Chemical engineering major Hannah Boyd left the pre-med track behind. Now she’s tackling antibiotic-resistant infections from a new angle in Cong Trinh’s lab.

UT hosts Appalachian STEM Academy at Oak Ridge, a program providing STEM learning experiences for students and teachers located in the Appalachian region.