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Field
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dynamic thermal simulation of buildings with standard lightweight façades. Development of an innovative numerical model in EnergyPlus that allows for the simulation of buildings with dynamic thermal
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and monitoring. Develop methods for multimodal sensing, semantic understanding, information extraction, and digital twin integration using images, written reports, related sensor data. Execute numerical
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, and maintain analytical pipelines and software; Evaluate emerging bioinformatics tools, datasets, and analytical methods; Collaborate on scientific presentations, technical documentation, posters, and
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experience in programming and numerical methods. Foreign completed degree (M.Sc.-level) corresponding to a minimum of four years in the Norwegian educational system Excellent oral and written communication
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deposition, exfoliation, transfer, or device integration. Familiarity with numerical simulation and modelling methods for photonic structures, such as FDTD, FEM, RCWA, or related electromagnetic simulation
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potential public health impacts of chemical exposures. Learn ATSDR methods and frameworks for conducting environmental public health assessments and risk evaluations. Gain experience creating data
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public health insights. Train with Registry scientists to apply analytic methods using data from the National ALS Registry and Biorepository. Understand how to identify research gaps, refine research
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validation) of the fluid mechanics of a sample probe washing process in an immunoassay analyser system. The analysis methods will include computational multiphase fluid dynamics modelling, in laminar and
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, computational modelling and related research topics. Develop, implement and validate computational simulation models for impact and injury prediction using appropriate numerical methods and software tools. Design
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the network. You will also participate in the analysis and interpretation of respiratory virus hospitalization surveillance data, including applying epidemiologic and statistical methods, developing