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staff position within a Research Infrastructure? No Offer Description 3D-printing has begun a revolution in complex shaping. It translates virtual 3D models into physical objects in a controlled process
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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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triggering and control method, the best HV connection method, etc. The methods to develop this prototype will consist of circuit simulations, sub-system-prototype development and 3D electromagnetic simulations
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Challenge: Developing high-speed 3D ultrasound localization microscopy (ULM) Change: State-of-the-art artificial intelligence (AI) techniques to improve ULM Impact: Enable visualizing 3D
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student will study CILP regulation, interaction, function and mode of action using an innovative 3D cell culture model containing human stem cell-derived cardiomyocytes and cardiac fibroblasts (engineered
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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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design. This is a research position and you deal with patient material, artificial 3D culture models and animal models. Requirements Specific Requirements You have a M.Sc. degree in biomedical
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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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this project we will develop a Monge-Ampère-based algorithm to design 3D optical systems where light beams can be split and rays may follow different paths. This is important for applications as it may lead to
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will collaborate with colleagues from Radboud UMC who will work on 3D and in vivo radiobiology. Requirements Specific Requirements You are a highly motivated and talented candidate that holds a MSc