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of integrated sensing and communications 5. Deep knowledge of optimization theory 6. Deep knowledge of Matlab 7. Deep knowledge of CVX Desirable criteria 1. Excellent communication skills 2
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field. Experience in the following is essential: single-cell fluorescence microscopy, microfluidics, image analysis, and machine learning (as applied to biological imaging). Python and MATLAB programming
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Neuroscience, Engineering, Mathematics, or a related field. Have experience with animal research, electrophysiological recording, and data analysis using Matlab or Python. With desirable skills include
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: single-cell fluorescence microscopy, microfluidics, image analysis, and machine learning (as applied to biological imaging). Python and MATLAB programming, especially in image analysis, are also essential
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. in MATLAB, Python, C) are essential. You will also closely collaborate with a second postdoctoral researcher, who will be hired later in the year, a cohort of PhD students, and a range of visiting
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virtual reality and/or augmented reality technologies. Programming skills (e.g., MATLAB, Python, R). Experience preparing outputs to peer-reviewed publication standards. Experience delivering presentations
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to the proposed area of research. You should have experience in finite element modelling and data-driven multiphysics approaches. Fluency in Python, Fortran, MATLAB and/or C/C++ and prior work with common finite
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semiconducting devices Good understanding of superconductivity and energy bands in materials Mastering of micro and nanofabrication techniques Automation of experiments with MATLAB, Python, or equivalent
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and topological materials Mastering of micro and nanofabrication techniques Automation of experiments with MATLAB, Python, or equivalent At least a working knowledge of microwave techniques Experience
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Science, Medicine). Programming skills (Matlab, Python) are necessary and experience with brain imaging, EEG, interventional approaches, computational modeling are highly desirable. Above all, they will demonstrate