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the Department of Biomedical Engineering, with the aim of producing a fully functional product that could be sold to our community partners to benefit their clients in need. • Computer modelling of prototype
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) would be preparing and educating clinical trial participants about the imaging procedure reviewing participants' IDs and study requirements, and maintaining participants' records during and after
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Job Description To investigate, through modeling and measurement, the impact of ionospheric effects on Synthetic Aperture Radar (SAR) satellite images. Scope of work. Sourcing and installation
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; CEM based SAR and ISAR image processing techniques; He/She should have a PhD in an electromagnetics-related field with a solid background in computational electromagnetics and a good understanding of
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. • Basic proficiency in image processing and geographical software (e.g, DJI Terra, ArcGIS). • Open to fixed-term contract. More Information Location: Kent Ridge Campus Organization: College of Design and
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Job Description To investigate, through modeling and measurement, the impact of ionospheric effects on Synthetic Aperture Radar (SAR) satellite images. Scope of work. Sourcing and installation
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on the quantitative analysis of dynamic functional processes. Through quantitative biophysical approaches, we address major problems in biomedical sciences including pathogenesis (from bacterial to cancer), tissue
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SAR and ISAR image processing techniques; Physics-based AI speedup of CEM modelling methods; Other EM system simulation and design enhanced by physics-based AI algorithms. Qualifications The potential
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Job Description Research and development of machine learning models to process clinical data Development, training and testing of AI models in the local medical domain Work with the team to deploy
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are: To release nutrients from food waste through anaerobic digestion and optimize the co-digestion process with waste-derived hydrogels. To recover nutrients from the digestate to produce a novel biofertilizer. To