The Profile Areas

  Blood pump projections in the "cave" Copyright: Peter Winandy

Research at RWTH Aachen University focuses on relevant problems arising from global challenges. 

Contact

Brigitte Küppers

Name

Brigitte Küppers

Project Manager Profile Areas

Phone

work
+49 241 80 96504

Email

E-Mail
 

The aim is to provide solutions for today’s complex and multi-faceted problems by developing an integrated interdisciplinary approach to research.

RWTH Aachen has identified eight key research areas:

Computational Science & Engineering

Energy, Chemical & Process Engineering

Information & Communication Technology

Materials Science & Engineering

Medical Science & Technology

Molecular Science & Engineering

Mobility & Transport Engineering

Production Engineering

The profile areas pool scientific expertise in the University’s key research areas. The success of the profile areas relies on excellent fundamental research conducted at the level of the individual disciplines.

 
3D-printed muscle cell embedded in a hydrogel blend Copyright: Professor Horst Fischer

3D-printed muscle cell embedded in a hydrogel blend

Medical Science & Technology – MedST – Dental Materials and Biomaterials Research – ZWBF

3D-printed muscle cell embedded in a hydrogel blend Copyright: Professor Horst Fischer

3D-printed muscle cell embedded in a hydrogel blend

Medical Science & Technology – MedST – Dental Materials and Biomaterials Research – ZWBF

Mesenchymal stem cell on a bone substitute material Copyright: Professor Horst Fischer

Mesenchymal stem cell on a bone substitute material

Medical Science & Technology – MedST – Dental Materials and Biomaterials Research – ZWBF

Zinc oxide nanoparticles in high-resolution transmission electron microscopy. The atomic columns are visible here. Copyright: Nelly Wirch

Zinc oxide nanoparticles in high-resolution transmission electron microscopy. The atomic columns are visible here.

Materials Science & Engineering – MatSE

Vascularization in 3D-printed cell-loaded hydrogel Copyright: Professor Horst Fischer

Vascularization in 3D-printed cell-loaded hydrogel

Medical Science & Technology – MedST – Dental Materials and Biomaterials Research – ZWBF

Local thickness determination of a sample using scanning transmission electron microscopy Copyright: Dr. Markus Heidelmann

Local thickness determination of a sample using scanning transmission electron microscopy

Materials Science & Engineering – MatSE

Vascular graft structure obtained using 3D bioprinting Copyright: Professor Horst Fischer

Vascular graft structure obtained using 3D bioprinting

Medical Science & Technology – MedST – Dental Materials and Biomaterials Research – ZWBF

 
 

Short Introduction to the RWTH Aachen Profile Areas

 

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