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of three-dimensional bone scaffold models, c. Design and fabrication (3D printing) of three-dimensional bone scaffold models, d. Preparation of samples for physicochemical and mechanical testing, e
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concepts into accessible, visually engaging, and educationally effective 3D models. All activities will follow established safety and equipment-use guidelines Students are required to complete the Maker
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concepts into accessible, visually engaging, and educationally effective 3D models. All activities will follow established safety and equipment-use guidelines Students are required to complete the Maker
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one of the world’s most comprehensive, multimodal 3D/4D microscopy datasets and use it to power a vision foundation model capable of accelerating discovery across the life sciences. We're seeking a
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of the complex physics governing the interaction between the heat source and the material. Additionally, it seeks to develop an efficient modelling approach to accurately predict and control the temperature field
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, Optimization of methodologies for the development of advanced 3D models of cancer; Where to apply E-mail positions@gimm.pt Requirements Research FieldOtherEducation LevelPhD or equivalent Skills/Qualifications
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studies and post-doctoral periods. b) Relevant experience in cell and tissue culture (2D and 3D), molecular biology, and the development of in vitro 3D models based on 3D bioprinting. Experience in
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of the following: 3D Printing, Computer-Aided Design, Organic Modeling, Device Development, Software Development, Immersive Technologies (VR, AR), Device Manufacturing. An advanced degree may
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cooperation partners in their research projects with state-of-the-art light and electron microscopes (https://www.leibniz-fmp.de/cellular-imaging ). We work with proteins, cell cultures, and model organisms
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. We apply these advanced imaging technologies to clinically meaningful model systems in order to evaluate their robustness, scalability, and added value for translational research. By combining super