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your chance to make a significant impact in areas such as: Physical layer optimization Signal processing and software-defined radio prototyping Machine learning for wireless sensing What We're Looking
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at identifying and optimizing electrochemical process conditions to produce high concentrations (>20 wt%) of monomeric, well-identified compounds, e.g., acids, monosaccharides and / or polyols. Information and
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existing data - you will propose optimizations for materials for cardiovascular in situ tissue engineering that are one step closer to clinical application. As such, your research will also involve
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Position (Post-doctoral) Researcher Irène Curie Fellowship No Department(s) Electrical Engineering Reference number V36.7520 Job description The development of optimal design strategies for large
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models (required to simulate and optimize your PCS designs). Team player skills to optimize your interactions with the OBSeRVeD project members. Good project planning and reporting skills to timely deliver
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. Working hours can be discussed to facilitate an optimal work-life balance (0.8 – 1,0 FTE). Terms of employment Depending on education and experience the minimum salary is € 5.247,- and the maximum salary is
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simulate and optimize your PCS designs). Team player skills to optimize your interactions with the OBSeRVeD project members. Good project planning and reporting skills to timely deliver your results
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the project: Within this project, where you will be working within a consortium with different scientific researchers as well as companies, your main tasks will include: optimization of an existing infant in
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design. perform optimisation studies using improved multi-body simulation models to determine optimal tuning of flexure stiffness, coil parameters, negative resistance circuit parameters, strut length
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effectiveness, and career development; A wide range of amenities and facilities and various arrangements to create an optimal work-life balance. Visit working at Tilburg University for more information on our