Perform pipe stress evaluation of piping systems (nuclear class or non-nuclear class) in accordance with ASME Section III, Div.1, and/or ASME B31.1 code requirements.
Complete the assigned scopes or tasks within given budget and schedule, and in good quality.
Prepare engineering computations and analyses using applicable software (e.g., PipeStress, CaesarII, AutoPipe, MATLAB, MathCAD, ANSYS Mechanical (APDL preferred or Workbench), and LS DYNA. etc.). Modelling complex piping and support arrangements using finite element techniques.
May be requested by Engineering Manager to lead technical packages with a small or large team of Designers and Stress Analysts.
Prepare technical documents, such as: engineering drawings (including GA, ISO, pipe supports, flow diagrams), change paper markups, calculations, design/analysis reports, design requirements, design manuals, bill of materials, design specifications, technical specifications, data sheets, system classification lists, code classifications, commissioning specifications, etc.
Prepare detailed design of Piping supports, pipe sizing, and piping and equipment layout with review in (S3D, Smart Plant Review).
Provide technical guidance and instruction to Designers/Drafters and more junior staff as required.
Performing thermal, fatigue, seismic, linear, and non-linear analyses in accordance with ASME Boiler & Pressure Vessel Code, Section III, Div.1 code requirements.
Requirements
10+ years
p.eng
mechanical degree
nuclear piping
stress analysis
ansys
Minimum 10 Years of related work experience in mechanical engineering within a heavy industrial environment such as: nuclear, mining, oil & gas, power, etc.
Design engineering experience in nuclear class 1, 2, 3 and 6 piping systems, valves, pumps and for Nuclear Power Plants is preferable.
Working knowledge of CSA N285.0 and CSA B51, CSA N289 and ASME Section III and ANSI B31.1 codes and any other applicable standards or regulatory guides related to permanent plant components, pressure boundary equipment, and/or reactor systems is preferred.
Must be willing to become a Nuclear Energy Worker (NEW), although this will not be a regular requirement as part of the job.
Engineering Degree in Mechanical from an accredited university or equivalent degree as recognized by Professional Engineers Ontario (PEO). Having a P.Eng license for this position is mandatory.
Knowledge of principles and considerations to layout piping systems from tubing up to large bore piping systems while taking into consideration piping stress analysis and supports.
Experience in Stress Analysis using PipeStress, CeasarII, AutoPipe, MATLAB, MathCAD, ANSYS Mechanical (APDL preferred or Workbench), and LS DYNA. or other similar software program is an asset.
Benefits
Information not given or found
Training + Development
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Interview process
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Visa Sponsorship
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Security clearance
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Company
Overview
C$12.5B
Backlog
Record backlog amid surging demand.
113 km
Bike/Ped Facilities
It has designed an extensive network of cycling and pedestrian infrastructure.
Its tech‑forward Richland Technology Center supports robotics, digital and net‑zero innovation in energy and cleanup.
A nuclear engineering pioneer, it’s the owner’s engineer for U.S. small modular reactor projects and refurbishments.
A trusted tolls and highway consultant, it supports major state DOTs.
Culture + Values
Engineering a better future for our planet and its people.
Safety: We put safety at the heart of everything we do, to safeguard people, assets and the environment.
Integrity: We do the right thing, no matter what, and are accountable for our actions.
Innovation: We redefine engineering by thinking boldly, proudly and differently.
Collaboration: We work together and embrace each other’s unique contribution to deliver amazing results for all.
Excellence: We are proud to do our best, achieve high standards, creating environments where all can thrive.
Environment + Sustainability
Net-zero by 2030
Emissions Goal
Achieved a net-zero target for operational emissions by 2030, marking a significant milestone in sustainability efforts.
87% reduction
Emissions Drop
Reduced Scope 1 & 2 emissions by ~87% compared to a 2019 baseline through strategic measures like divestment and fleet electrification.
62 score
Carbon Performance
Achieved a DitchCarbon score of 62, significantly higher than the industry average of 20, ranking in the top 1% globally.
Over 50%
Sustainable Revenue
More than half of 2022 revenue came from sustainable projects, including clean energy, water sanitation, and mass transit initiatives.
Achieved PAS 2080:2023 certification for whole‑life carbon management in infrastructure.