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system-level optimization and energy-management methods for coordinating electrolyzers with renewable generation, power conversion, storage, downstream processes, and hydrogen demand. Apply and evaluate
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solutions that are relevant for the energy sector. In particular, you will be involved in a research project related to development of a battery management system (BMS) tailored for sodium-ion batteries
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to debates in organization studies and the sociology of expertise on responsible AI, professional work, and organizing across boundaries. The ORBIT project brings together a consortium of management and
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topics. Your competencies You hold a PhD in a relevant field such as industrial ecology, environmental engineering, sustainability science, environmental management or a related area. You have experience
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both the project direction and your own research profile. The project involves a collaboration with the propeller specialist Everllence. Relevant competencies • Boundary Element Method, Finite Element
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field of health science within the scope of the Faculty’s research areas. The selection process is entirely focused on scientific merits and strong performance in relevant skills, e.g. research management
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qualifications at PhD level within innovation, entrepreneurship, economics, business administration, or a related field. The successful applicant is expected to have: A strong research profile within innovation
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collaboration with industrial partners. You will join a team that values open discussion, joint problem solving, and room for individual initiative, and you will have good opportunities to influence the direction