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Develop methods for detecting harmful chemical agents in the field.
Forges stronger ties between academia and industry, and contributes to relevant research.
Common PFAS substances are difficult to capture once they have entered the environment, new thesis shows.
Doctoral thesis provides important knowledge to reduce carbon dioxide emissions in cement and lime production.
New thesis shows how AI can be used to categorise news articles and improve contextual advertising.
Ali Rahmanian shows how to improve the performance of systems that handle real-time video data.
Small, inconspicuous organisms potential superstars in the green transition.
A new thesis reveals how climate change can promote potentially dangerous bacteria in the Baltic Sea.
Accurate measuring is crucial when for example dosing medicines and handling dangerous gases.
Unique study provides snapshot of PFAS.
A thesis shows that senior meetings and fall prevention training are examples of such measures.
The Industrial Doctoral School projects provide important knowledge for the future.
The right tools are key to ensure investment decisions that reduce global emissions, new thesis shows.
PhD student Ionut Sebastian Mihai is affiliated with MIMS and Industrial Doctoral School and studies T cells.
They are awarded for the creation of a competence center for sustainable production of cement and quicklime.
Amanda Vikström receives The Swedish Flame Research Committee's prize for outstanding degree project.
Anjan Rao Puttige, Industrial Doctoral School, used the hospital as a case study in his dissertation.
Leane van Dijk from the Netherlands received a prize for the exam project she did at Umeå University.
The leaking substances that Sofie Björklund studied, PFAS, are very stable and do not break down in nature.
Jessica Gard Timmerfors, alumni from the Industrial Doctoral School, receives the Young Researcher´s Award.
