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climate- and nature-based interventions can function as catalysts for strengthening social resilience in neighbourhoods, cities and urban regions • analysing the development of places and public spaces
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due to both climate change and increased global travel and trade. Understanding how and why some species are successful invaders will be crucial for our ability to predict and mitigate the negative
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. An individual career development plan containing research and transferable courses, international research visits, mentoring and career activities, is also a central element. Please visit https://www.interact
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the current challenges. As such, evaluating the financial stability and physical risks of the climate change and predict the trajectory of these given the different policies related to the transition towards a
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of the building envelope: Use of bio-based materials in construction Retrofitting of existing buildings Service life and durability of buildings and building components Climate change and future building practices
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AI methods to head towards a green transition. This is particularly important for environmental initiatives to achieve the targeted 2050 climate neutral goals of the EU as well as the United Nations
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process modelling, See further information at https://endure.dtu.dk/ and https://cordis.europa.eu/project/id/101227649 . Responsibilities Your overall purpose will be to develop, model, and validate a
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at the forefront of AI-driven risk modelling for alternative marine fuels, helping the maritime industry achieve its climate goals without compromising safety. The HARMONY project aims at integrating AI
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project, should contact Principal Investigator prof. Mikkel Bille, mbille@hum.ku.dk , phone +45 35329480 Link to the department’s website: https://saxoinstitute.ku.dk Introduction PhD studies consist
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insight into catalytic processes at the atomic-scale. VISION’s activities are centered around a new one-of-a-kind electron microscope, housed in DTU’s new "Climate Challenge Laboratory" building. The new