Technology areas at TEK's institutes in Sønderborg for industry collaboration

Department of Mechanical and Electrical Engineering, Mads Clausen Institute and Department of Technology and Innovation team up with companies for technology development, R&D and prototyping.

Technology areas

Find our technology areas and experts described here. Get in touch with us to discuss how we can support your innovation.

Show all (24)

Show all (24)
Acoustics (1)
Production (4)
Imaging (1)
Electronics (5)
Innovation and entrepreneurship
Materials (2)
Mechatronics (1)
Modelling and simulation
Microtechnology (5)

Acoustics in production

Tailor-made solutions for issues that arise in the interaction between humans and machines, but also among humans and within machine optimisation.

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Biomedical Imaging

Structural characterisation of soft-matter and biological tissue samples

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Collaborative Robots

State-of-the-art Smart Learning Factory and Cobot cell that can be optimised for any new product and is real-time connected and controlled by a virtual model

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Corporate and strategic entrepreneurship

Development of insights and models that can help business managers take better decisions - by applying digital technologies and innovation strategies

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Digital twin

Solutions for dealing with manufacturing-complexity by supporting customisation and decentralisation of production environments via the use of digital twins

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EMC

Component and module level EMC characterisation and mitigation

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Industry 4.0 and digitalisation

Transfer of newest knowledge about automation and digitalisation to local companies for the generation of innovative solutions that can make them more productive and agile.

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Innovation management

Support for companies to innovate, generate and manage the good ideas and become or stay competitive on the market

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Intelligent systems

Research focused on adaptive and distributed embedded and integrated systems for intelligent infrastructures to enhance electrification, decentralisation and digitalisation

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Mechanics and robotics

Mechanical design of robots, kinematics of rigid bodies and aerodynamics of unmanned aerial vehicles (UAVs) to develop small scale combustion engines for the use in UAVs to eliminate the need for heavy batteries

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Modelling and simulation

Development of computational modelling tools and models both on device and system level, for fast and efficient design, characterisation, prediction and optimisation.

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New materials for electronics

Performance of both experimental characterisation and theoretical analysis of the electronic/magnetoelectronic properties of various materials and devices

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Optics

Basic and applied research in optics, nanophotonics and nanoplasmonics, interdisciplinary research areas

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Organic light-emitting devices and photodetectors

Fabrication and characterisation of organic and hybrid thin-film devices

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Organic photovoltaics

Research and development of super capacitors and next generation flexible organic solar cells including their upscaling from lab to roll-to-roll (R2R) scale

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Passive components

Development of next generation passive components

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Power converters and systems

Semiconductors, modules and systems for advanced power electronics

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Process and plant simulation

Computer simulation of product design and planning processes, plant and production cells and operational processes to optimise production or logistics facilities

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Sensors

Application of micro and nanotechnology with high selectivity and resolution combining microtechnology platforms with surface nano-functionalisation

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Smart grids

Research within development and implementation of advanced control and protection approaches for grid-integration of renewable energy and energy storage in the context of smart grids

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Smart virtual prototyping

Optimisation of prototyping processes by adopting state-of-the-art prototyping techniques and machine learning algorithms

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Structure formation

Micro- and nanofabrication for structuring a wide range of materials down to 5 nm on substrate size up to 4'' in size

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Surface technology

Fabrication and characterisation tools for surface technologies

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Women in entrepreneurship

Contextualising the approach of value creation, in which cognition is decisive to explain the emergence of new venture ideas, intentions and activity, into studies on entrepreneurial intentions, opportunities and decision making, considering the relevance of human and social capital.

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Contact

Do you have questions regarding the technology areas that we are covering in Sønderborg,
please contact our innovation consultant

Frank Jürgensen
juergensen@tek.sdu.dk
T +45 6550 1686

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Technology areas at TEK's institutes in Sønderborg for industry collaboration

Technology areas at TEK's institutes in Sønderborg for industry collaboration

Technology areas

Find our technology areas and experts described here. Get in touch with us to discuss how we can support your innovation.

Acoustics in production

Biomedical Imaging

Collaborative Robots

Corporate and strategic entrepreneurship

Digital twin

EMC

Industry 4.0 and digitalisation

Innovation management

Intelligent systems

Mechanics and robotics

Modelling and simulation

New materials for electronics

Optics

Organic light-emitting devices and photodetectors

Organic photovoltaics

Passive components

Power converters and systems

Process and plant simulation

Sensors

Smart grids

Smart virtual prototyping

Structure formation

Surface technology

Women in entrepreneurship

Contact