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literacy with a good knowledge of relevant computer programs, and ability to work across and connect these as needed. Desirable criteria – you may have (or be willing to learn) the ability to write research
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for applications from enthusiastic candidates.[PhD project description]Project title: Machine Learning-assisted Development of Highly Functional Organic Ionic Plastic Crystals for Solid-state BatteriesBackground
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: Completion or near completion of a PhD in either machine learning or a related area, OR HCI, human factors, psychology applied to AI, or a related area. Required: An emerging profile in research in the area of
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has: a PhD in a relevant field such as Management, Organization Studies, Urban Studies, Social Sciences, Political Sciences, Computer Sciences, or Engineering, with a strong track record (relative
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neuromorphic devices via neuromorphic-based machine learning and simulation. Proven ability to undertake scientific research and development in research programs. Demonstrate ability to clearly communicate
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theoretical chemistry needed to map chemical problems onto quantum machines. For further information, please see our website, https://www.kassal.group , or contact Prof. Kassal. You will have access to the rich
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understanding in forecasting model, optimisation algorithm and machine learning techniques proficient skills in Matlab and Python programming, C#, .NET a proven track record through literature review, qualitative
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of Professor Geordie Williamson at SMRI. The successful applicant will undertake research in either modular representation theory, or the use of machine learning techniques in pure mathematics research
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Postdoctoral Research Associate in Fluent Mobility for Visual Impairment Using Auditory Augmentation
on wearable glasses with machine vision. In this position, we focus on fMRI and EEG expertise (possible extension to MEG as well), However, we take a broad view of auditory sensory augmentation as comprised
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. The successful candidate will work under the supervision of Professor Geordie Williamson at SMRI. The successful applicant will undertake research in either modular representation theory, or the use of machine