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Field
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sizing. Familiarity with practical finite element analysis using ANSYS Workbench or Comsol, and pipe stress analysis programs such as CAESAR-II, CAEPIPE, AUTOPIPE, WINPIPE, ROHR2. Experience creating and
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, material analysis, thermal analysis, vibration, Finite Element Analysis, corrosion, fluid dynamics, acoustics. Experience with technical writing, such as project proposals and/or technical presentations
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, fatigue, corrosion, and biofouling ) of subsea structures. Derive limit state functions associated with the failure mechanisms using high-fidelity Finite Element Analysis. Perform sensitivity and
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“combinatorial magnets,” strategically combining different materials. Working with others in the group, you will be able to then simulate your materials using finite element analysis to determine the performance
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phonon eigenvalues and transport properties using computational methods (density-functional theory, molecular dynamics, and finite-element simulation). It predicts the intrinsic phononic features
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software. Proficiency in Finite Element Analysis using ANSYS, COMSOL, or equivalent software. Expert-level knowledge of MATLAB and Python (or equivalent) for data analysis and simulation. Ability to work a
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. Advanced proficiency with Computer Aided Design (CAD) software (e.g, Creo, Solidworks) and Finite Element Analysis (FEA) software packages (e.g., ANSYS, COMSOL) for the design and structural/modal analysis
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in one or more of: Computer vision and Machine learning in development of AI for anatomical landmark detection and/or finite element modelling 2D/3D image segmentation using deep learning 3D–2D
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characterization, and/or component validation and verification. Strong background in CAD, finite element analysis, additive manufacturing, integrated computational materials engineering techniques and software
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applications Human-centric and sensing-enabled mechanical systems Strong background in computational modeling and analysis, including finite element analysis (FEA), multiphysics simulations, and data-driven