Piping Stress Analysis Engineer

Description

• Function as technical interface with client, suppliers, inter-discipline engineering teams, construction partners and project managers.
• Review of technical documents and drawings (e.g. General Arrangement, isometrics, pipe supports, flow diagrams and P&ID), calculations, design/analysis reports, design requirements, design manuals, bill of materials, design specifications, technical specifications, data sheets, etc.
• Support to prepare TSSA CRN registration packages for pressure boundary systems.
• Prepare engineering computations and analyses using applicable software (e.g., PipeStress, AutoPipe, Cesar II, MathCAD, GT STRUDL, ANSYS).
• Perform pipe stress evaluation of piping systems in accordance with ASME Section III, Div.1, and/or ASME B31.1/B31.3 code requirements, including thermal, fatigue, seismic, linear and non-linear analyses.

Requirements

• Experience with stress analysis/supports design for steam piping systems for Balance Of Plant, in nuclear power plants is an asset.
• Experience with buried pipe systems and seismic assessment for buried piping systems in accordance with Appendix VII of ASME B31.1, or other applicable codes (i.e., ASCE, AWWA M11, etc.) is an asset.
• Eligible to obtain Security Clearances through Public Works and Government Services Canada (PWGSC) is mandatory (for Candu internal and Client organization).
• May be required to obtain Nuclear Energy Worker (NEW) status, as required by task assignments. Travels to client job sites are required.
• Qualification in the last five (5) years as a Specialized Professional Engineer to ASME Section III Division 1, Appendix XXIII is an asset.
• 5-10 years of related work experience in mechanical engineering within a heavy industrial environment such as power, mining, oil & gas, etc. (knowledge of nuclear power systems would be an asset).
• Working knowledge of CSA B51, ASME B31.1, ASME B31.3, ASME Section VIII, ASCE, NBCC, AISC, and other applicable codes, standards or regulatory guides related to process equipment for power, mining, oil & gas, etc. (knowledge of nuclear power systems codes and regulations would be an asset).
• Experience in Stress Analysis using PipeStress, AutoPipe, Cesar II, MathCAD, GT STRUDL or other similar software program is an asset. Must be able to apply technical principles in a logical and practical manner to resolve engineering issues or technical problems.
• Experience with supervising and coordinating stress analysis activities performed by a small team of engineers / designers is an asset.
• Design engineering experience in nuclear class 1, 2, 3 and 6 piping systems, and its associated supports for Nuclear Power Plants is preferable.
• Working knowledge of CSA N285.0, CSA N289 and ASME Section III, and other applicable standards or regulatory guides related to permanent nuclear plant components, pressure boundary equipment, and/or reactor systems is preferable.
• Registered or eligible to be registered as a Professional Engineer in the Province of Ontario.
• Experience with time-history analysis (water hammer, pressure surge, etc. transient loads implementation) for piping systems is an asset.
• Demonstrate good interpersonal skills and the ability to work in a multidisciplinary team environment.
• Engineering Degree in Mechanical, Civil & Structure from an accredited university or equivalent degree as recognized by Professional Engineers Ontario (PEO) is required.
• Design experience with piping supports for power, mining, oil & gas, etc., plants.

Benefits

Training + Development

Interview process

Visa Sponsorship

Security clearance