We develop materials and processes that accelerate the green transition! Our research is conducted in close collaboration with Swedish industry and academic partners worldwide. Our underlying goal is increased resource efficiency and circularity in the industrial ecosystem of the region.
We develop advanced materials for energy conversion and energy storage, as well as processes for manufacturing and processing, with the goal...
We work intensively to support and drive the development of sustainable materials and manufacturing processes based on renewable forest resources.
Tuesday 2 September 2025
FSCN Research Centre is advancing research in sustainable energy through the SafeBat project, a collaboration with Nouryon and UMV Coating Systems AB that explores paper-based solutions for safer and more sustainable batteries.
Tuesday 2 September 2025
Does your company want to take the leap and grow in the international market? At this seminar, you as an entrepreneur will receive concrete advice for taking the leap into new markets. The seminar will be in Swedish.
10.00–12.00
Sundsvall
Monday 1 September 2025
For four intensive days, researchers, doctoral students and representatives from academia and industry gathered in Sundsvall to participate in EPNOE2025, one of the largest international conferences in bio-based materials and systems.
Monday 1 September 2025
Wednesday 20 August 2025
On 25–28 August, Mid Sweden University will host the international research conference EPNOE 2025. Over 300 researchers and experts from all over the world gather in Sundsvall to exchange knowledge about the latest research on polysaccharides and bio-based materials.
Wednesday 20 August 2025
Tuesday 10 June 2025
Mid Sweden University's international graduate school is now being expanded with new collaborations with eight universities from four continents.
Tuesday 10 June 2025
Monday 9 June 2025
On June 10, Bakhram Gaynullin will defend his doctoral thesis in electronics at Mid Sweden University. His research addresses a key challenge in optical gas sensing: selective quantification of methane under environmental conditions where interfering gases have overlapping absorption spectra.
Monday 9 June 2025
The page was updated 4/30/2025
