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Location:Richland×Contract type:Contract×Sector:Power, Nuclear and Utilities× Clear filters

9 jobs

Sr. Pipe Stress Engineer

  • Richland, Washington, United States
  • Contract
  • $50 - 90 per hour + Per diem for non-local candidates
  • Power, Nuclear and Utilities
  • Engineering

Sr. Industrial Hygienist

  • Richland, Washington, United States
  • Contract
  • $60 - 90 per hour + Per diem for non-local candidates
  • Power, Nuclear and Utilities
  • Engineering

Mechanical Handling Engineer

  • Richland, Washington, United States
  • Contract
  • $40 - 67 per hour + Per diem for non-local candidates
  • Power, Nuclear and Utilities
  • Engineering

Sr. Pipe Stress Engineer

  • Richland, Washington, United States
  • Contract
  • $65 - 90 per hour + Per diem for non-local candidates
  • Power, Nuclear and Utilities
  • Engineering

Mechanical Designer

  • Richland, Washington, United States
  • Contract
  • $65 - 90 per hour + Per diem for non-local candidates
  • Power, Nuclear and Utilities
  • Engineering

Industrial Hygienist

  • Richland, Washington, United States
  • Contract
  • $50 - 78 per hour + Per diem for non-local candidates
  • Power, Nuclear and Utilities
  • Engineering

Mechanical Designer

  • Richland, Washington, United States
  • Contract
  • $40 - 67 per hour + Per diem for non-local candidates
  • Power, Nuclear and Utilities
  • Engineering

Sr. Pipe Stress Engineer

  • Richland, Washington, United States
  • Contract
  • $60 - 90 per hour + Per diem for non-local candidates
  • Power, Nuclear and Utilities
  • Engineering

Mechanical Systems Engineer

  • Richland, Washington, United States
  • Contract
  • $35 - 50 per hour + Per diem for non-local candidates
  • Power, Nuclear and Utilities
  • Engineering
Posted 25 November 2024
Job ref: JOB-29601

Sr. Pipe Stress Engineer

|
Richland, Washington, United States

US Citizenship Required
Per Diem Offered

Essential Job Duties:

  • Essential duties include performing pipe stress analysis of systems in accordance with ASME B31.3 Code. The stress work includes the modeling of the piping systems to verify piping flexibility, stability and qualification of equipment nozzle loads. Work closely with layout personnel and pipe support engineers to deliver a quality and cost-effective design. Coordinate with other engineering disciplines and vendors as required.

Basic Qualifications:

  • Good knowledge of ASME B31.3 and other relevant industry piping codes and standards
  • Prior experience using pipe stress analysis programs

Education/experience included:

  • BS degree with 9 years of related experience