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themes: (a) learning efficiency, computational creativity (zero, few-shot, and long-tail learning of 2D and 3D vision tasks. This also includes efficient generative models that are capable of generating
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fields. Experience: Priority specialization: Microfabrication, bioengineering and organ-on-a-chip models In addition, the following will be positively valued: 1. Experience in cell culture (2D and 3D). 2
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experiences and sonic architecture. This project will use state-of-the-art robot-aided acoustic measurements and employ advanced computational and acoustic modelling techniques to create a versatile Acoustic
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& Instructional Media Research and develop media projects utilizing immersive technologies, including 3D modeling, 360 content, and Extended Reality (XR). Collaborate with faculty and staff to create innovative
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, tumorigenesis, and therapeutic resistance. This project aims to develop microscopy techniques capable of high-dimensional and temporal phenotyping, applicable to 2D/3D models and clinical samples, to characterize
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has created and maintains the world’s largest library of plastination and 3D-printed heart specimens that are available as physical models and through the online Atlas of Human Cardiac Anatomy
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cell-derived muscle models or 3D culture systems (including physiological hypoxia) is a plus. Experience in biochemical and immunological mechanisms of immune-suppression Position Type Research
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ability to think differently. Our students develop the competence, confidence and professionalism needed for successful careers in communication, design, games, fashion, film and video, and languages. https
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and the environment. The developed methods will combine wireless sensing with digital map information (e.g. 3D building models), enabling safe autonomous navigation in complex urban environments
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– for manipulating images Familiarity with computer vision libraries, like OpenCV or Dlib, for developing and implementing vision-based models Familiar with 3D refractive imaging technique with demonstratable track