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Field
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Familiarity with performance modeling, analysis and optimization for heterogeneous architectures. Experience with developing code for: molecular dynamics, computational fluid dynamics, or quantum chemistry
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analysis and good command of written and spoken English. The candidate should be able to demonstrate good collaborative skills, capacity to organize and conduct work activities independently, experience
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, Crystal Engineering, Chemical Engineering, or related disciplines and experience in development of crystallisation method of pharmaceutical and biopharmaceuticals, solubility analysis, solving crystal
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molecular magnets, lanthanide systems have recently gained greater attention due to their larger magnetic anisotropies (i.e. higher barriers to spin inversion). First-principles analysis of correlated
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and techniques to improve the efficiency, reliability, and performance of wireless communication systems. Data Analysis: Conduct comprehensive data analysis to understand the performance of wireless
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molecular magnets, lanthanide systems have recently gained greater attention due to their larger magnetic anisotropies (i.e. higher barriers to spin inversion). First-principles analysis of correlated
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analytical and problem-solving skills. Experience with data analysis, numerical modelling or programming, for example in MATLAB, Python or similar tools. Good written and verbal communication skills in English
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the VITAL consortium and contribute to patient-specific or cohort-level virtual human twin simulations. You will also contribute to patient-specific model calibration workflows, including sensitivity analysis
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with Low-Temperature Thermochronology and/or geochronology. Experience with Source-to-Sink analysis. TU Delft (Delft University of Technology) Working at TU Delft means contributing to solutions
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potential applications of SEM and TEM in the analysis of nanomaterial morphology; have knowledge of material surface chemistry, the stability of colloidal systems and nanomaterial functionalisation; be