Work experience or academic coursework must have included development of solid advanced computing skills, including use of scientific programming and scripting languages including CC, Python, Linux shell scripting and Windows batch scripting proficiency with both Linux and Windows operating systems including both GUI and command line functions and utilization of highperformance computing in both Linux and Windows environments; comprehensive study of fluid dynamics, heatmass transfer and related fluid flow phenomena; working knowledge of the numerical methods, schemes and algorithms typically used in commercial CFD codes, including techniques used to model turbulence and other complex physical phenomena in conjunction with CFD, and functional understanding of commonly used terminology including discretization, initialization, iteration, and underrelaxation; proficiency in using ANSYS Fluent and ANSYS geometrymeshing products, including problem setup, execution and postprocessing through the graphical and text interfaces, as well as journaling, scripting and customization; demonstrated experience with applying ANSYS Fluent in a commercial environment including applying the software to commercially meaningful engineering applications and analyzing simulation results for engineering relevance; and expertise in issues relevant to customer experience with CFD software, including usability, repeatability, performance, licensing, accuracy; and extensive commercial experience testing general purpose CFD software including regression testing and functional testing in both manual and automated test environments; experience using software development and testing tools commonly deployed in commercial environments including Git for software test version control, Jenkins or AzureDevOps for software test automation and AzureDevOps for testing project and task management.
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