12 Environment Postdoctoral positions at Eindhoven University of Technology in Netherlands
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The TU/e Built Environment chair of Smart Architectural Technologies is looking for a postdoctoral researcher to study smart living solutions and collaborate in the development of decision-making
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enthusiast, this PhD position allows you to change the core of data handing in the buildings sector. Position (Post-doctoral) Researcher Irène Curie Fellowship No Department(s) Built Environment Reference
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, which would be considered an otherwise “hostile” environment. Initially, this is achieved through secreted signals that travel to the lymph node and prepare the field, while later cancer cells migrating
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-on-lightning-in-a-bottle ) in which we will investigate the mysteries of lightning inception. To do this in a lab environment, a 2-m diameter discharge vessel will be developed (see picture). To drive
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The TU/e Built Environment chair of Smart Architectural Technologies is looking for a post-doctoral researcher to support research on healthcare decision-making as part of the project Pandemic
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electronics and some knowledge in practical mechanical engineering. Knowledge on solid-state pulsed power systems is preferred. Experience with working in a lab environment. For this project it is important
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our career page . Application If you are interested in working in an exciting, dynamic, high-tech environment, where you will contribute to creating the society of the future, we invite you to submit a
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Electrical Engineering, or (applied) Physics. A research-oriented attitude. Ability to perform team work in an international environment. Knowledge of the physics of optoelectronic devices. Skills in
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associated expertise are considered to be unique in an academic research environment. The projects are supported with the infrastructure at the TU/e nanolab. We are looking for PhD students and postdoctoral
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the convergence properties and potential computational advantages of these algorithms, as well as identifying their limitations, particularly in noisy quantum computing environments. Your work will involve