68 phd-in-architectur-and-built-environment Postdoctoral research jobs at Technical University of Denmark in Denmark
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. Neil Sinclair and Prof. Marko Lončar), where TFLN devices will be fabricated at DTU and TFLT at Harvard. Scientific Environment The project is funded by The Novo Nordisk Foundation and anchored at DTU
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work, including through writing peer-reviewed scientific article(s) The ideal candidate: Holds a PhD in a relevant field such as epidemiology, public health, biology, or a related discipline. Has proven
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foundation of the lab. This includes helping to establish best practices, protocols, and a collaborative, supportive research environment. You will work closely with colleagues at DTU Biosustain and
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PhD degree (or equivalent). Specifically, a PhD in Energy Engineering, Mechanical Engineering, Chemical Engineering, Environmental Engineering, or a related field. We seek candidates with strong
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Postdoc in development and testing of electrodes for liquid alkaline water electrolysis - DTU Energy
electrochemical testing by means of various voltametric methods and electrochemical impedance spectroscopy. As a formal qualification, you must hold a PhD degree (or equivalent). We offer DTU is a leading technical
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that impact operational efficiency and user experience in the built environment. Responsibilities and qualifications This position aims to develop advanced control solutions for energy systems at the district
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that the candidate has demonstrated research experience and is able to participate in international fieldwork, meetings and dissemination activities. As a formal qualification, you must hold a PhD degree (or
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Job Description Are you a talented, self-motivated, and collaborative researcher who thrives in multidisciplinary environments? Are you excited by the idea of studying the carbon cycle in
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IoT systems and architectures for use in and around ports, from the nearby industries in the hinterland to the offshore windfarms, energy islands, and more. This includes possibilities to do research
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organoids. The working hypothesis is that tissues will form and mature by month-long culture of the organoids in an engineered environment closely matching the human body. We have already successfully