Core Research Areas


Light-weight, fuel-efficient vehicles suitable for serial production, quiet, low-emission aircraft, active agents for combating infectious diseases, personalised medications, metrology for nanotechnology, or strategies for the interlinked city of the future: by focussing our research activities in these areas, we make significant contributions to the great challenges. To reach this goal, we cooperate closely with the internationally renowned research facilities in Braunschweig.

Future City

LunchLecture
Photo credit: Sebastian Olschewski/TU Braunschweig

We are developing comprehensive concepts for the intelligent future cities in order to fulfil the complex demands of urbanisation. We aim to find solutions that will contribute to efficient, eco-friendly, healthy, social and green Smart Cities.

Metrology

Messung
Photo credit: Georg Dornig/TU Braunschweig

Materials and components measuring only millionths of a millimetre have become indispensable in many procedures. Their measurement is a challenge that requires new approaches in nanometrology, including a determination of the limits of what can be measured. The LENA research centre, working with German metrology institute PTB, is dedicated to this field of research.

QuantumFrontiers

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Mobility

Forschungstriebwerk
Photo credit: Stephan Nachtigall/TU Braunschweig

Our core research area Mobility envisions a seamless multimodal system of individualized mobility and transportation. At TU Braunschweig, we are working covering everything from automotive to aerospace and rail technology. Major research topics include intelligent and interconnected mobility, low-emission vehicles using non-fossil energies, and sustainable production. In addition, traffic management, logistics, and social impacts are addressed. Thus, research in the core area Mobility spans mechanical and electrical engineering, informatics, urban planning and civil engineering, and natural sciences as well as social and economic sciences, and research on gender and diversities.

Together with scientists around the world, TU Braunschweig aims at reducing the number of traffic accidents. We develop novel materials and innovative surfaces that help reduce fuel consumption and noise, and we explore the next generation energy sources.

Interdisciplinary research is tied together in the NFL - Aeronautics Research Centre Niedersachsen and NFF - Automotive Research Centre Niedersachsen. Key areas of production technology for mobility applications offer a capable laboratory infrastructure: The Open Hybrid LabFactory OHLF focusses on research into production technologies for lightweight designs with hybrid materials. The Battery LabFactory Braunschweig BLB develops high-performance batteries for mobility applications.

Uncertainties in technical systems

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Research on Sustainable Aviation for Mobility of Tomorrow

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Multidisciplinary Design Optimization

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Energy System Transformation in Aviation

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Infection and Therapeutics

Der wissenschaftliche Mitarbeiter Christian Kölln begutachtet eine Zellkulturplatte mit 12 Inserts unter der Sterilwerkbank.
Photo credit: Frank Bierstedt/TU Braunschweig

The Central Campus's BRICS research centre combines natural sciences, engineering and information technology to produce high-powered systems biology. Together with colleagues from the Helmholtz Centre for Infection Research and the Leibniz Institute DSMZ (German Collection of Microorganisms and Cell Cultures). BRICS researchers develop strategies for combating infectious microorganisms. This includes natural substances consisting of microorganisms. The manufacturing and processing of these agents ist the subject of the research branch pharmaceutical process engineering.

How does the BRICS work?

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