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on their potential to forecast disruptions, optimize resource allocation, and improve adaptability in dynamic business environments. It will provide both theoretical advancements and practical recommendations
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at Tampere University focuses on numerical electromagnetics and magnetic materials. We work at the interface of electromagnetic theory, computational science, physics of magnetic materials and electrical
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they can be used to optimize resource flows and enhance system sustainability. Candidate is required to have computational or modelling skills and forecasting for this topic. Supervisors: Marko Torkkeli (LUT
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and field experiments, and numerical modelling simulations, and 2) quantify the nano-/microplastic contents in Finnish groundwaters. The results will help to gain a better understanding of the movement
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DREAM+PLAN: PhD position in grand challenges, regenerative capabilities, and breakthrough innovation
the regenerative capabilities of energy firms, focusing on how they enable breakthrough innovations that promote sustainability. The research will explore how AI, IoT, and cobots, 6G can optimize resource management
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to optimize biomass production systems, develop novel biobased value chains and assess their sustainability holistically to create a novel type of scientist: the bioeconomist. Prior research has indicated