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. Your challenge within this project is to develop a volumetric 3D bioprinting strategy to replicate the mechanical and chemical environment of the embryonic aorta, simulate different hemodynamic flow
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enjoy working in an innovation driven, highly collaborative and fast paced environment. You should be able to work independently as well as collaborate with other team members with interdisciplinary
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enjoy working in an innovation driven, highly collaborative and fast paced environment. You should be able to work independently as well as collaborate with other team members with interdisciplinary
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ambitious research environment Strong interest in translational neuroscience, and enthusiasm to bridge preclinical finding into clinical practice In addition to strong social and communication skills, you
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, motivated, and goal-oriented mindset. You are eager to learn and thrive in a multidisciplinary research environment. You can effectively tackle challenges and use your creativity to find solutions
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good organization, communication (written and verbal), analytical and problem-solving skills Enthusiasm for working in an innovation driven, ambitious and fast paced environment, requiring both
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application of AI in the medical environment. In addition, the candidate has: High proficiency in spoken and written English. Experience with AI research projects related to healthcare, with a track record of