Activities

Ever wondered why you look similar to your parents, siblings, cousins, or grandparents? Ever wondered what makes you unique? Ever wondered what makes something living? The answer to all of those questions is deoxyribonucleic acid or DNA. Learn what makes you unique by extracting DNA from fruits.

Learn about the human body in this fun lesson on organ systems!

Join the Biomedical Optics Graduate Organization (BOGO) to see fun and understandable experiments illustrating different properties of light. Examples of demonstrations will show how certain objects absorb light, how some materials glow when exposed to light, how light can be bent, and more!

Join members of Texas Engineering World Health (TEWH), a project-based solutions organization, to learn how to design and create a lightbulb circuit using the online 3D modeling program, Tinkercad. It is easy to use, and you can discover what it takes to create a fun Light Up Squishy Circuit.

Join Professor Michael Sacks and members of his research team to learn how heart valves work.  A world authority on cardiovascular biomechanics, Dr. Sacks will demonstrate how engineers study heart valves to design improved repair methods and replacements, as well as the advanced tools that are a part of their research.

Learn all about the Biomedical Engineering (BME) program – its curriculum, career, research and student organization opportunities, as well as the study abroad options available to BME students.

Join students from UT Austin's Biomedical Engineering Society (BMES) in a medical "jeopardy" game to see how much you know about the human body and learn more about medicine.

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.

Join aerospace engineering graduate students as they walk through some of their research topics relating to orbital mechanics, small satellite engineering, robotics, and satellite remote sensing. Short video presentations will be shown from each area, followed by an interactive Q&A session.

Join us to see Dance Bot, hands down UT's cutest robot, show off a few moves. You'll learn how Dance Bot and other robots work and discover how Robotics and Autonomous Systems (RAS) can be used. Then, take the Robot Design challenge to draw a robot that will accomplish a specified task.