Department of Business Development and Technology

 Department of Business Development and Technology Research Research sections EngTech

EngTech

Engineering & Technology



Engineering and technology offer enormous potential for creating new business opportunities in both private companies and public organisations.


In the EngTech research section, we investigate how technology can drive development, innovation and change. We work with the entire technology lifecycle – from concept and design to production, implementation, operation and optimisation – always focusing on the practical applications of technology.

Our research is about more than just technology. We look at ways in which technological solutions can strengthen competitiveness, create new products and services, and support sustainable initiatives, particularly in the manufacturing industry and technology-based service companies.

EngTech is an interdisciplinary research environment where engineering science and technological expertise meet insights into organisations, processes and economics, enabling us to translate research into concrete solutions that create value for businesses and for society. 

We collaborate closely with Danish and international universities, research environments, business and industry and the public sector. At the same time, we bring the latest knowledge straight into the classrooms and auditoriums of our Bachelor of Engineering programmes and our Master’s degree programmes in IT, Communication and Organisation, and Technology Based Business Development. In this way, we make sure that the next generation of engineers, managers and specialists has a solid foundation on which to build.


Section Head

Mirko Presser

Professor
M
H 8001, 1407
P +4530490976


MEET A RESEARCHER

SANNE WØHLK

In my research, I work with operations research – mathematical models, algorithms and data that help companies and organisations make better decisions in complex systems. I combine theory and practice to create insights that can support tactical decisions in day-to-day operations.

My research areas range from the optimisation of transport and resource planning to logistics and the efficient handling of waste and material flows. I work with precise algorithms, heuristics and data-driven methods to develop solutions that are robust, effective and tailored to specific challenges.

I am particularly interested in the role of algorithms in robotics. I see great potential in developing intelligent systems where data, mathematics and technology work together.

PROJECT

SENSIBLE – Symbiotic tEleoperatioN for Safe and cost-efficient wInd turBine bLade maintEnance

The green transition calls for new solutions that can make energy production more efficient, sustainable and safe – such as wind turbines. However, wind turbine maintenance is still largely a manual process, requiring technicians to climb up the turbines and abseil down the blades to carry out inspections and repairs. It is time-consuming, expensive and associated with significant safety risks.

The SENSIBLE project aims to develop a teleoperated robot that will make it possible for technicians to perform service and maintenance tasks on wind turbines without having to physically be inside or on top of them. The robot must be remotely controlled from a control room, enabling it to perform precise tasks from a distance.

There is a great need for new solutions, especially in light of the extensive expansion of offshore wind power in the coming years. By combining robot technology, automation and human control, the project will contribute to safer, more efficient and cost-effective maintenance of wind turbines.

The project is undertaken by the University of Southern Denmark (heading the project), Aarhus University and the companies Clobotics and InnoPixel. The project is funded by Innovation Fund Denmark through the Grand Solutions programme.



Members of EngTech

EngTech's research groups


Our research groups explore the potential and challenges of technology from an interdisciplinary perspective. From concept and design to production and implementation, we explore how technology can drive development, innovation and create new business opportunities. The groups conduct research into artificial intelligence, open source software, virtual reality, supply chain management, digital business development and project management.

Go to research groups here

EngTech's research groups

Our research groups explore the potential and challenges of technology from an interdisciplinary perspective. From concept and design to production and implementation, we explore how technology can drive development, innovation and create new business opportunities. The groups conduct research into artificial intelligence, open source software, virtual reality, supply chain management, digital business development and project management. Go to the research groups here.


Revised 16.01.2026
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BTECH