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within their academic unit and in the research and teaching area of magnetic resonance imaging (MRI). The role holder will be expected to contribute to teaching and curriculum development for undergraduate
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–computer interfaces and neuroengineering; Health big data analytics; advanced intelligent diagnostics/therapeutics. Core Facility Experimental animal facility (rat/mice - SPF), Animal Behavior Analysis
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courses from: Signals & Systems Digital Signal Processing Medical Image Processing Embedded System Design Flexible specialization – We welcome experts in either: (1) Computational biomedicine or (2) Medical
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that can drive technological innovation and help address major global challenges. These include AI for Science, quantum technologies, advanced imaging, and materials-related research. The Department
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directly from radiomic features captured during routine medical imaging. This reduces reliance on invasive biopsies and accelerates diagnostic processes. Beyond classification, the platform combines
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, THz Circuits, Photonic Integrated Circuits, SerDes, Memory Circuits and Computer Architecture High-voltage ICs, Gallium-Nitride (GaN) and Silicon-Carbide (SiC) driver ICs and monolithic GaN ICs Imagers
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, with focuses on precision oncology, stem cell and development, aging, neural and metabolism disorders and infectious diseases, biomedical imaging, data science, drug development, neuropsychiatry
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challenges, such as medical physics, quantum technologies, advanced imaging, and innovations in materials science, while strengthening its existing research areas. The department is involved in the delivery