Activities

Material scientists have a lot of techniques in synthesizing novel materials, and floating zone single crystal growth is one of the most versatile and effective method of single crystal growth. In this demonstration, we will show you what is it like to grow single crystals in using the floating zone method.

Sustainable energy storage and conversion technologies are needed to tackle the emerging challenges caused by using fossil fuels and by global climate change. Join Professor Arumugam Manthiram to discusses battery and fuel cell technologies from a chemical and materials science perspective. The presentation will include demonstrations of the construction and performance of a metal-air fuel cell and a lithium-ion battery.

Join members of the Zheng Nanophotonics Research Group to discover how light can be used as a tool to control objects on a small scale for both fundamental sciences and daily-life applications. See how the team invents light-based tools to accelerate innovation in quantum technology and nanotechnology. 

Design and create a dome or tower (or any shape) using only toothpicks and gumdrops or marshmallows! How tall can you make your tower? How strong of a structure can you make? If you shake the table like an earthquake, does it stay standing? If you put a book on top of it, will it withstand the weight? If you press on it from the side, does it hold up or does it topple over? Stop by to build with members of Chi Epsilon and talk about engineering! To older students, drop by to chat about UT, honors organizations, and anything else you want to know about civil engineering, etc.

Join graduate students in the Radionavigation Lab in teleoperating a real robot around an obstacle course on the roof of the UT Speedway Garage. Learn more about how robots are controlled and how robotics are used in engineering applications. All skill levels encouraged to participate.

See how legged and mobile robots team up to perform tasks in a real world apartment setting like searching for a missing person. Explore how these robots work and move around with unknown obstacles.

Tour Dr. Nanshu Lu's lab to explore tattoo-sticker-like wearable devices she and her students are developing using stretchable electronics. See wearable e-tattoos measuring cardiovascular health as well as brain and muscle activities.