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, etc. The methods to develop this prototype will consist of circuit simulations, sub-system-prototype development and 3D electromagnetic simulations. The candidate will be responsible
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screen, we know how to compute the required freeform surfaces (lenses or reflectors). In this project we will develop a Monge-Ampère-based algorithm to design 3D optical systems where light beams can be
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possible with current methodologies. With a number of research institutes and companies throughout Europe, we will develop and validate a tumor-lymph node-on-chip (Tumor-LN-oC) platform composed of 3D tissue
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) colloids, (cryo, in situ, electron, light) microscopy, (X-ray, neutron, light) scattering, interfacial methods, rheology, (3D) printing], theory (mean-field computations on bulk phase behavior and
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innovating solution for this problem, which leverages semantic data repositories, versioned 3D representations, data-centric Common Data Environments (CDEs), and decentralised data management. The aim is to
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. The candidate should have background knowledge in image processing, experience in working with 3D (or multi-view) geometry and excellent programming skills. Experience with depth data, point-cloud data
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innovating solution for this problem, which leverages semantic data repositories, versioned 3D representations, data-centric Common Data Environments (CDEs), and decentralised data management. The aim is to
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of advanced measurement techniques (like LDA, PIV). Knowledge of MATLAB or Python. Knowledge of 3D drawing/design software for model design and assessment purposes. Previous experience with Computational Fluid
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forecasting and optimization problems such as the traveling salesman problem and the determination of 3D protein structures. Candidate We seek an enthusiastic and dynamic candidate with a Ph.D. in Physics
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) that are robot-independent and represent the geometry as well as the semantic of the environment at hand. BDTs provide a comprehensive, real-time representation of a facility, including semantic elements, 3D