Responsibilities
• Prepare complete documentation of the pipe stress analysis and support design for process piping and utility piping systems in support of nuclear and non-nuclear projects by:
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o Perform piping flexibility analysis (static and dynamic) for critical piping systems
o Perform analysis for sustained, thermal and multiple operating cases, occasional (winds, seismic, relief, water hammer etc.)
o Locate and identify pipe supports on isometrics along with type of supports (e.g. spring hangers, snubbers, struts, etc.)
o Coordinate selection, location, and support loads with Civil/Structure group to assist in design/selection of supports
o Resolve high pipe loads on equipment nozzles & high secondary stresses in piping
o Evaluation of local stresses via code cases
o Review and sign-off piping isometrics considering flexibility and supporting
• Prepare error-free engineering documents for commercial nuclear facilities (e.g., drawings, sketches, instructions, inputs, calculations, analyses, evaluations) according to and bounded by industry codes, standards and regulations to support client engineering needs
• Generate engineering-related documents in accordance with client, ENERCON, and regulatory requirements, adhering to client and ENERCON procedures, processes, specifications, and other company or project directives
• Maintain up-to-date and relevant knowledge of industry codes and standards, safety culture, and design techniques suitable to the nuclear industry
• Provide peer and technical reviews of engineering designs and engineering-related documentation produced by others
• Build strong relationships with clients through professional interactions and communications, and through the development of quality engineering products
• Consult with other disciplines to ensure designs are compatible with and have considered all disciplinary requirements
Required Skills
• Bachelor's Degree in Mechanical or Civil Engineering from an accredited university and a minimum of 3 years of experience in the design of mechanical piping systems, and pipe stress analysis
• Experience with a combination of the following software for pipe stress analysis:
o AutoPIPE (preferred)
o ME 101
o PIPESTRESS (preferred)
o CAESAR II
o CAEPIPE
• Advanced knowledge of applicable mechanical codes and standards
• Proficient in Microsoft Suite

• Excellent writing, presentation, and communication skills
• Ability to be an individual contributor, work effectively in teams, and provide leadershipmentoring to junior engineers
• Ability to independently perform advanced technical work including complex calculations and analyses under general management oversight
• Must be a US Citizen