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, including acquisition techniques Proficiency in scientific programming (e.g., Python, MATLAB, C++) and debugging. Proven ability to publish in international journals and conferences, and other research
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physics, imaging science, or a closely related field ii. Strong programming and modelling skills (e.g., Python/C++/MATLAB; numerical methods; model fitting/inference). 3. Knowledge of current status
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. Knowledge and understanding of competitive research funding to be able to develop applications to funding bodies. 6. Proven software skills for PSCAD/EMTDC, DIgSILENT/PowerFactory, and/or MATLAB
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in some form or via MSc education in Cognitive Neuroscience / Brain imaging) Experience working with either R, Python or Matlab for running experimental tasks and data analysis Proven ability
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candidate will be involved in preparing, exploring and graphically summarising large time-series data sets, including the combination of different data sources and types using Excel, Python, Matlab, SQL
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relevant industrial experience within at least two of the below: i. Programming in Python or Matlab ii. Sleep studies and analysis of sleep data iii. EEG analysis (ERPs and Time Frequency) iv. Machine
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relevant areas, or equivalent experience Knowledge, Skills and Experience Good quantitative skills and past experience with statistical data analysis Experience working with either R, Python or Matlab
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systems at building or/and community scale. 4. Ability to develop and validate dynamic simulation models at building and neighbourhood scale. By using appropriate tools such as ESSM, PVSyst, and MatLab