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Field
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of the project and help shape its further development through activities such as: refining the project’s research questions, interview protocols, coding frameworks, and analytic approaches; leading one or more
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neural receiver, from reflecting intelligent surfaces (RIS)/integrated sensing and communications (ISaC) to network design using O-RAN, from statistical learning theory to software defined radio (e.g
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to learn about, (road) network traffic flow theory and simulation. You are interested in mentoring and supporting MSc and PhD students. You are a machine learning enthusiast (and realist). You love coding
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work closely with the Principal Investigator, PhD researchers and international experimental collaborators, contribute to proof-of-concept studies, publish in leading journals, present at international
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need crafting among adults, university students, and secondary school students. Need crafting refers to a construct within Self-Determination Theory that captures individuals' proactive capacity
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/ or remotely). FPGA / device control software development. Explore quantum sensing via colour centres in 2D materials and diamond. Liaison with collaborators from U Santiago de Compostela (USC) and INL theory
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theory Familiarity with code development for Software Defined Radio systems and suitable programming environments (e.g., Python, APIs, automation frameworks, Jupyter, etc.). Experience in program
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learning to understand and predict the behavior of cardiovascular tissues and organs across scales. You will work closely with PhD students, MSc students, and international VITAL partners. This is a full
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geothermal-induction theory. The candidate will be employed at TU Delft, but will also carry out work together with KNMI (at De Bilt, NL), and will be embedded in the lively Geothermal Theme of TU Delft
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to evaluation of the workstreams and theory of change development and work with the Project Team to embed policy insights into Technical and T Level environmental science opportunities that will be disseminated