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Education

Education

DTU Nanotech is actively involved in M.Sc., B.Sc. and PhD education within nanotechnology and its many application areas and we receive excellent course evaluations.

Education at DTU Nanotech
Biomedical and life sciences

Strategic Research Field: Biomedical and Life Sciences

Drug delivery, nanomedicine and medical imaging are examples of research areas in this field. To provide health care solutions to society we collaborate with industry, hospitals and research institutes.

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Energy, Environment & Technology

Strategic research field: Energy, Environment and Security

For applications within e.g. water quality monitoring, energy harvesting, and sensing we develop and use technologies such as sensor systems, silicon-based fabrication, Lab-on-a-Chip systems and nanostructured materials.

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Lab on a Chip

Strategic research field: Lab-on-a-Chip

Providing several laboratory functions on a single chip is important in areas such as diagnostics and environmental control. We have teamed up with a number of industrial partners to transfer this technology to industry.

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Materials and Fabrication

Strategic research field: Materials and Fabrication

We seek to advance the state-of-the-art within fabrication of micro- and nanosystems. Developing new methods and extending the materials base with graphene and conducting polymers enables innovation within a range of applications.

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Rasmus Davidsen - Innovation

Innovation

At DTU Nanotech we find that close collaboration with industry is key to creating an innovative research environment. We have a strong and continued focus to support, challenge and advise the people involved in the start-up candidates.

Read more about innovation at DTU Nanotech

Annual report

Summer schools

Molecular Windows


 

Group leader: Kristian Mølhave

Nano Bio Integrated Systems


 

Group leader: Winnie E. Svendsen

Nanocarbon


 

Group leader: Peter Bøggild

Nanoprobes


 

Group leader: Anja Boisen

Opfluidics


 

Group leader: Anders Kristensen

Polymer Micro and Nano Engineering

 

Group leader: Rafael Taboryski

Polymer Microsystems for Cell Processing

 

Group leader: Niels B. Larsen

Polymer Microsystems for Medical Diagnostics

 

Group leader: Noemi Rozlosnik

Self-organized Nanoporous Materials

 

Group leader: Sokol Ndoni

Silicon Microtechnology


 

Group leader: Ole Hansen

Stochastic Systems and Signals

 

Group leader: Henrik Flyvbjerg

Surface Engineering


 

Group leader: Mogens H. Jakobsen

Theoretical Biophysics


 

Group leader: Jakob Bohr

Theoretical Microsystems Optimization

 

Group leader: Fridolin Okkels

Theoretical Nanoelectronics


 

Group leader: Mads Brandbyge

Theoretical Nanotechnology


 

Group leader: Antti-Pekka Jauho

Amphiphilic Polymers in Biological Sensing


Group leader: Kristoffer Almdal

Bioanalytics


 

Group leader: Jenny Emnéus

BioLabChip


 

Group leader: Anders Wolff

Colloids and Biological Interfaces

 

Group leader: Anders Wolff

Colloids and Biological Inferfaces

 

Group leader: Thomas L. Andresen

Fluidic Array Systems and Technology

 

Group leader: Martin Dufva

Magnetic Systems


 

 Group leader: Mikkel F. Hansen

MEMS-AppliedSensors


 

Group leader: Erik V. Thomsen