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the following research project : In silico modelling of the growth and guidance of bone and tendon tissues to design optimal porous scaffold structures for tissue engineering This postdoctoral position is part of
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Wave Control – Developing theoretical models for wave propagation and control in complex, lossy biological environments. 2. Adaptive Wave Control Architectures – Designing and implementing reconfigurable
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description Supervisor: Jeroen WACKERS Keywords: Surrogate modelling, Multi-fidelity, Error estimation, Shape optimisation. Topic open: Simulation-driven design optimisation in aero- and hydrodynamics
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how varying gravitational conditions affect manufacturing processes. Desirable skills: Knowledge of experimental design for microgravity conditions (e.g., parabolic flights, drop towers) is a plus but
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or nonexistent. 3. Materials Engineering Approach To optimize energy harvesting, device surfaces and internal components require specialized designs, such as nanostructured electrodes (e.g., black silicon
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detection and equitable, resilient and sustainable transport system design and management. b- Summary Position Overview: The University Gustave Eiffel (France), in collaboration with the University
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academic players around a historical university core. Its fundamental missions are the higher education of students and professionals, excellence in research, and innovation for the benefit of all. UniCA is
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inclunding design, manufacturing micro-technology, extensive characterisation. The targeted applications will be assessed with external partners from hospitals or bio-engineering labs. 2. Planned secondments
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(“Approche sociologique de l'administration de médicaments chez le chien”), financed by the EcoAntibio 3 plan, the person recruited will have to carry out several qualitative surveys among different
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, 2023. [2] García Crespillo, O., Ruiz-Sicilia, J. C., Kliman, A., & Marais, J. (2023). Robust design of a machine learning-based GNSS NLOS detector with multi-frequency features. Frontiers in Robotics and