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Field
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The Research Fellow will conduct experimental research on advanced nanoelectronic devices and materials for monolithic 3D integration. Responsibilities include device fabrication and process
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Engineering. The successful applicant will lead the design and verification of a novel modular long-span structural system and contribute to constructional metal 3D printing research in the later stage
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outcomes. Research Data Management and Analysis: Lead the processing, cleaning, integration, validation and analysis of complex clinical and skin imaging datasets, including 2D and 3D medical imaging data
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formulations and 3D printing processes for high-performance composite structures. • Perform materials characterization, mechanical testing, and data analysis to understand processing–structure
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the long-term wear, antagonist wear and failure mechanisms of 3D-printed crown materials remains limited. Clinically relevant testing must therefore consider cyclic loading, sliding contact, saliva
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). • Proficiency in 3D rendering and game engine technologies (e.g., Unity, Unreal Engine, WebGL, Three.js) for digital twin visualization. • Familiarity with BIM standards (IFC, Revit) and spatial databases is a
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animation, 3D modeling) for humanoid applications Publish research findings in top-tier conferences and journals (e.g., SIGGRAPH, CoRL, ICRA, RSS) Assist in supervising graduate and undergraduate students
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adjustment; (d) assist in material modification research to enhance coating density, adhesion, and reduce substrate thermal deformation; (e) develop and validate robotic spray path generation using 3D
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modalities in the rodent brain (3D light-sheet microscopy, spatial transcriptomics and MRI of the same brain) to learn MRI contrasts that can depict neuronal and glial cell density and morphology. You will
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factor: Experience in the experimental development of cellular biomimetic environments, namely in the breast cancer context, with non-neoplastic and neoplastic cells, in 2D and 3D culture (spheroids and/or