Research about Information and Engineering

We develop methods for data-driven decision-making for businesses; contribute knowledge about energy systems in buildings that use solar energy; and develop materials and coatings for various purposes. In our research, we strive to achieve profitability and sustainability for society.

Here is research conducted within the School of Information and Engineering.

Energy and Built Environment
Our multidisciplinary research encompasses various fields of science and technology, all of which unite for the common goal of arriving at solutions that will allow for a more sustainable future.
Data and Information Management
Research mainly involves the study of complex processes in business and industry, and in social constructions – in particular areas of research that are relevant for the region as well as non-urban areas along with transport, infrastructure and retail.
Industrial Engineering
Our research is about developing materials and surface engineering to increase productivity and performance in manufacturing and end use. Furthermore, we deal with business models that include sustainability aspects for logistics and renewable energy, entrepreneurship, and product development.

Search among the research projects registered in Dalarna University's research database.

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Ewa Wäckelgård
Deputy Head of School
ewc@du.se
Staff at School of Information and Engineering

We offer courses and programmes at Bachelor och Master level within the School of Information and Engineering.

Courses and programmes in English:

Courses and programmes in Swedish:

Sustainable Energy Research Centre (SERC)
Empowering multidisciplinary research and fostering collaboration with the surrounding society to deliver a sustainable and inclusive energy transition.
Doctoral Programme: Microdata Analysis
Use data-based methods in problem-solving research as you specialise within the field of microdata analysis. Doctoral studies will broaden your knowledge and understanding, while you develop as an independent researcher in a cross-disciplinary environment.
Doctoral Programme: Resource-Efficient Built Environments
As a doctoral student in this programme, you will work to achieve sustainable development with a focus on energy technology solutions in the built environment.
Industrial Research School: Future-Proof Cities
The graduate school Future-Proof Cities (FPC) has a research focus on sustainable urban development and a foundation in the social dialogue about challenges facing medium-sized towns and cities in Sweden.