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Postdoc position in engineered 3D tumor model Postdoc position in engineered 3D tumor model Published Deadline Location today 4 May Enschede Job description The Chair Engineered Therapeutics within
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, biochemistry, molecular biology, and histology. Used techniques will include: cell culture of stem cells, including 3D cultures and 3D culture assays, organoids; microRNA analysis; single cell analysis including
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also entails developing 3D (bio)printers with the rest of the research team. You will operate various advanced manufacturing machinery, train and support researchers who want to use the facility’s
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combination of ductility, strength, etc. These properties result from the underlying complex polycrystalline microstructure. Simulation of artificially generated, 3D synthetic microstructures supports
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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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Factors (HF) Labs. These Labs offer state of the art infrastructure for human factors / ergonomics research and education. The labs encompass various rooms dedicated to physical factors (3D Body Scanning
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Radboudumc You will be embedded in an academic, multidisciplinary setting at the department of Medical Imaging and the Radboudumc 3D Lab and will have access to already available datasets as
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design processes, mechatronics, basic electronics, 3d-printing, laser-cutting and other manufacturing techniques that you can encounter. Basic knowledge of these techniques is very much appreciated. You
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technical medicine. - Experience with biomechanics and 3D motion capture. - Experience in computational biomechanics or musculoskeletal modelling (e.g. OpenSim) or strong desire to become proficient in
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production methods for therapeutic radionuclides and patient-specific treatment. More specifically, your task will be to develop dosimetry models to calculate the tumor-absorbed dose in cell experiments, 3D