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subassemblies. The successful candidate will drive the development of high-fidelity dynamic simulation tools to model complex rotating systems and will apply advanced rotor analysis and design codes to predict
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technical depth with project delivery. Strong proficiency in automation and infrastructure-as-code frameworks (Ansible, Puppet, Salt). Advanced scripting or programming skills (Python, Bash, Go) for
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control. Ensures drawings and designs are in full compliance with applicable engineering codes as well as environmental, safety, health, and quality program requirements. Direct and participate in
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simulation codes require a mesh to discretize the spatial domain of interest. For some applications, generating this mesh has historically been a labor-intensive process because it is shown to be a leading
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simulation codes require a mesh to discretize the spatial domain of interest. For some applications, generating this mesh has historically been a labor-intensive process because it is shown to be a leading
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with codes and regulations, and observe all safety rules. Preferred Qualifications: Completion of an apprenticeship program and/or formal training programs as well as industrial experience is preferred
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to ORNL's Research Code of Conduct. Our full code of conduct, and a statement by the Lab Director's office can be found here: https://www.ornl.gov/content/research-integrity Benefits at ORNL: UT Battelle
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complex calculations; apply codes and standards; develop detailed design and material specifications. Provide technical oversight for fabrication, assembly, and implementation of approved design changes
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for platform evolution, feature development, and infrastructure modernization. Promote collaborative development models, code review, and shared knowledge repositories. AI-Enabled Instrumentation Design, Control
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response process to investigate and fix operational issues from bare metal through the OS to the storage system software and/or application code. Provide guidance, training, and self-service tools to assist