Research Infrastructure

TUD research campus in Hoyerswerda: Emission-free, intelligent, safe and multimodal mobility of the future

The vision:

Combining automated and cooperative vehicles, aircraft and robotics as a technological super-accelerator for the mobility of tomorrow on the road, in the field and in the air
Construction of ultra-modern research infrastructure for the development, authorization and technical monitoring of automated and connected driving
Testing and certification of unmanned aircraft as well as recultivation robotics
Creation of software ecosystems for a lively start-up scene
Living lab for digitalized mobility technologies
Concentration and combination of globally unparalleled research infrastructure and equipment, such as a highly immersive driving simulator, drone and robotics technologies, as well as national and international expertise
Construction of sustainable and permanent structures

Contributions to structural change:

Creation of new employment positions for various qualifications
Economic development and support Establishment of start-ups, spin-off companies, and support of the local economy via conferences and congresses
Development of urban infrastructure
Education of professionals via courses for Master's students of TUD in Hoyerswerda
Cultural diversity via international students and staff

Research priority areas

Prof. Fricke is one of the PIs of the SML and responsible for Advanced Air Mobility and highly-automated flying. Click here for the initial source of this text and contact details to the SML.

RTG Speaker

Mr Prof. Hartmut Fricke

Aviation / Logistics

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