Activities

Explore UT is open to the general public with online programming that is accessible to all. Activities specifically designed for K-12 students include an indication of a suggested grade level, denoting the difficulty of the concept or activity presented. Some programs will require participants to join virtual platforms (Zoom, Brazen, etc.). Children who are participating in these programs must be monitored by an adult chaperone (parent, guardian or a teacher) in order to join the virtual platform. Some may require verification that a chaperone will be present in order to register for participation.

Anytime

EarthDate

EarthDate is a public service radio program and accompanying website with a mission to engage listeners in Earth science and connect them to the wonders of their world. Each EarthDate radio episode tells a captivating two-minute story that reminds listeners how science can enlighten, educate, and entertain. Every topic is accompanied by an article, educational PDFs for classroom or home use, and links to further reading on the EarthDate website. EarthDate was conceived of and is hosted by Dr. Scott W. Tinker, Director of the Bureau of Economic Geology at The University of Texas at Austin. Each episode is written and directed by Emmy-winning filmmaker Harry Lynch and researched by Juli Hennings, a career geoscientist.

Jackson School of Geosciences Science

Anytime

The Waller Creek Monster

Discover the Creek Monster Habitat. This 16-foot-wide by 10-foot-tall nest structure serves as a metaphor for habitat, sheltering the creek's benevolent spirit guardian, "The Creek Monster." This project highlights UT researchers and their work with the local environment and creates a space for the community to connect with Waller Creek on campus while focusing on multiple aspects of sustainability.

College of Natural Sciences Longhorn Life

Anytime

Computing for All

The Texas Advanced Computing Center at UT Austin is home to some of the fastest supercomputers in the world. Researchers and students use cutting-edge technologies to help advance knowledge on climate change, space debris, and urban waterways.

Texas Advanced Computing Center Science