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Shape the Future of Danish Biosolutions
Denmark attracts international biosolutions scientists to cutting-edge institutes.
Job
Shape the Future of Biosolutions in Denmark
research.state-of-denmark.com/biosolutions
What's Biosolutions?
Biosolutions are biobased approaches that utilize natural organisms and processes, such as microbes, enzymes, and fermentation, to develop sustainable alternatives to carbon-intensive products in agriculture, food, materials, and environmental applications.
Join Us
Denmark is at the forefront of biosolutions research, pioneering biobased technologies that drive the green transition across industries. Join world-class institutions leading innovation in areas such as:
- Microbial and enzymatic solutions for sustainable agriculture and food systems
- Bio-based materials and fermentation-driven production platforms
- Industrial biotechnology for circular manufacturing and carbon reduction
- Algae, fungi, and microbial systems for environmental remediation
- Bioprocess optimization and scale-up in fermentation and biorefining
- Biomass valorization and biofuels for sustainable energy transitions
- Synthetic biology and metabolic engineering for sustainable inputs
- Bio-based alternatives to petrochemicals in packaging, construction, and textiles
With a strong research environment, excellent work-life balance, and a focus on sustainability, Denmark provides the ideal setting for ambitious researchers. Explore your next career move today!
Profile
Minimum MSc (or equivalent), PhD or higher in relevant fields preferred.
Company profile
Why Denmark: A tightly connected, well-funded ecosystem where universities and industry co-develop microbial, enzymatic and biobased solutions for the green transition, backed by major foundations and strong public programmes, with excellent work–life balance.
Core institutions: Technical University of Denmark (DTU), University of Copenhagen (UCPH), Aarhus University (AU), Aalborg University (AAU), University of Southern Denmark (SDU) & Roskilde University (RUC). '
Scientific strengths: Microbial fermentation and bioprocess scale-up; enzyme discovery and engineering; synthetic biology & metabolic engineering; food & feed biotech; bio-based materials; environmental biotechnology and bioremediation; circular bioeconomy and biomass valorisation; bioprocess modelling, control and digital twins.
Where you’ll work: Greater Copenhagen (DTU, UCPH, RUC,, Aarhus (AU), Odense (SDU), Aalborg/Esbjerg/Copenhagen (AAU).
