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Engineering (DTU Construct), Technical University of Denmark (DTU), you will help advance the state of the art in multiphysics modelling through a unique international research collaboration involving DTU
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PhD Scholarship in Development of Cement-Free Living Building Materials for Sustainable Construction
to pioneering research at the interface of materials science, biotechnology, and additive manufacturing. As a PhD student, you will investigate fungal-bacterial interactions, develop living bio-composites based
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to investigate how the ice sheet and ocean have varied and interacted beyond the relatively short observational period. As a PhD fellow, you will develop high-resolution reconstructions of Greenland
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-of-the-art sensing equipment. The collaboration will also include joint supervision, regular project meetings, co-authored scientific publications and interaction with a complementary PhD project at Imperial
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efficiency, and practical applicability. They could also be implemented in real-time systems. Investigate interactions across operational timescales (Multi-timescale optimization) — from short-term power
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their accuracy, robustness, computational efficiency, and practical applicability. They could also be implemented in real-time systems. Investigate interactions across operational timescales (Multi-timescale
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PhD Scholarship in Development of Cement-Free Living Building Materials for Sustainable Construction
, biotechnology, and additive manufacturing. As a PhD student, you will investigate fungal-bacterial interactions, develop living bio-composites based on microbial biomineralization, design bio-based hydrogel
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organizational theory, the learning sciences, digital transformation, digital technologies, human-computer interaction, and related fields. Within the specific field, the PhD student will engage in both research
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environmental conditions, recording changes in ocean circulation, water masses, sea ice, marine productivity and the interactions between the ocean, atmosphere and cryosphere. These archives provide
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PhD position in detector development for the next generation of cryogenic dark-matter axion exper...
to state-of-the-art cryogenic facilities and is embedded in a vibrant and interdisciplinary research environment at SDU, with close ties to leading groups in light–matter interactions and nanophotonics, as