How are high-precision components made from modern materials? See firsthand how 5-axis CNC machines are used to manufacture complex free-form optical surfaces with the highest precision and to finish ceramic-printed watch components.
Using a fluid-flow heart-and-vein model, we’ll show you how modern implants can repair heart defects without major surgery. The highlight: Step into the role of the clinician yourself and insert mini-umbrellas into 3D-printed heart models!
Do you want to build and solder something yourself and get your circuit up and running? Then come join us in the Department of Electrical Engineering and Information Technology!
Why do corals, tonic water, and paper bills glow? Discover the fascinating world of fluorescence in the Fluorescence Lab—with exciting experiments, glowing natural substances, and applications in everyday life, technology, and modern research.
Every body emits thermal radiation, which we make visible using an infrared camera. This helps answer questions such as: “Am I a ‘cold nose’ or a ‘warm nose’?” or “Where can a mouse hide from a snake?”
The booth will feature a specially developed laser setup that simulates radiation effects on microchips. In addition, exposed chips can be viewed under a microscope.
A mobile robot demonstrates fully autonomous inventory tracking of books and clothing items equipped with UHF RFID tags. A book believed to have been lost in a library is located, with an accuracy of within a few 10 cm.