Apr 30, 2026
UNITAG 2026 - Program of the Faculty of Mechanical Science and Engineering
The Faculty of Mechanical Science and Engineering will be represented at UNITAG 2026 on June 6 from 9 a.m. to 3 p.m. in the Auditorium Center's Audimax with an advisory and exhibition area and invites prospective students to find out more about studying directly. Students and academic advisors will be available for discussions and provide insights into the content, course of study, specializations and career prospects.
Selected exhibits from research and teaching will make central topics of the degree course tangible. This year's focus is on aerospace engineering with examples of design, lightweight construction and modern manufacturing, including a 3D-printed, airworthy model of a research aircraft and an additively manufactured aerospike engine that illustrates innovative propulsion technologies for space missions.
The exhibition also covers the entire spectrum of mechanical engineering. Process engineering demonstrators illustrate basic processes such as heat and mass transfer - for example on a plate heat exchanger with AI-supported image evaluation for analyzing bubble flows. A modular system for the automated execution of biological and chemical processes shows how research is transferred into practical applications. Other exhibits such as a foam tester illustrate industrial process analysis. Examples from sustainable product development - such as cups made from paper or algae film - address current issues relating to materials and resources. Interactive demonstrators such as a sensor glove also show how digital technologies can be used in medical technology, for example.
Other areas of the faculty will also be presented on the lecture hall meadow. Agricultural Systems Engineering will be represented there with agricultural vehicles such as tractors, while Automotive Engineering will be showing a motorcycle, providing an insight into vehicle development.
The program is complemented by lectures on the Mechanical Engineering, Material Science and Process Engineering and Natural Materials Technology degree programs. This will provide a multifaceted insight into mechanical engineering at TU Dresden - and into the subject areas that shape the content of a degree course here.
The complete TU Dresden program will be published in mid-May.
Further information: tud.de/unitag
© Sven Ellger/TUD
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