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collaborate with other departments at Aalborg University, including Energy, Biotechnology and Chemistry. International collaboration is a core element of the project, and you will be part of joint activities
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. The project involves the development and modelling of hydraulic systems, with particular emphasis on energy-efficient system architectures and appropriate component selection. A key aspect is to incorporate
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, coordinate across internal functions, and translate new external demands into organizational priorities, practices, and decision-making processes. A central component of the work will be qualitative empirical
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engineering, and the built environment. Research at BUILD is rooted in engineering science and integrates important elements from environmental science, social sciences, and the humanities. AAU BUILD is a
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potential. Detecting and diagnosing these faults early at the component, building, and city-district level is essential for the sustainable cities of tomorrow. This PhD project addresses a fundamental
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levels. A central component of your work will be the collection and analysis of qualitative empirical data. The empirical work will be based on in-depth case studies of firms operating within the Danish
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regard to methodological and theoretical approaches, and we welcome projects that incorporate artistic, practice-based, analytical, or interdisciplinary elements. The PhD student is, in close dialogue with