KPE - Pipe Stress Engineer

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Home District/Group: Kiewit Power Engineering

Market: Power

Employment Type: Full Time

The Kiewit Power Engineering Group is seeking a motivated and detail-oriented Pipe Stress Engineer to join our growing engineering team. In this role, you will support the design and analysis of complex piping systems for major power, industrial, and water/wastewater projects across North America. The ideal candidate will have experience performing pipe stress analysis, developing pipe support designs, and collaborating across multidisciplinary engineering and construction teams to deliver safe, constructible, and efficient solutions.

This position offers the opportunity to work on large-scale EPC projects in a fast-paced environment while contributing to innovative engineering solutions that uphold Kiewit's commitment to safety, quality, and excellence.

Kiewit Engineering Group, Inc is a full-service consulting and engineering firm serving the infrastructure and engineering markets. Our combined staff of more than 1,300 engineers and design professionals have expertise that spans all major engineering disciplines to serve transportation, power, water/wastewater, mining, building, and oil, gas & chemical markets. Backed by 130 years of construction experience, our construction-driven engineering focuses on constructability and safety in the earliest phases of projects to ensure on-time and on-budget project delivery.

Our rapidly growing Power district, which includes structural, civil, piping, mechanical, process, process safety, electrical, instrument and control disciplines, is a multi-faceted division of Kiewit with best-in-class technical expertise focused on the EPC delivery model for power facilities. We offer a variety of engineering services, including owner's engineering, project development, detailed engineering and design, construction management, and plant services. Our engineering teams bring power projects to life across North America in the following areas:

• Renewables and new technology

We are a high performing team of engineers and designers that develop projects through the project life cycle engaging exciting projects throughout North America. Our staff leads the power markets engineering process and collaborates with Kiewit's construction teams to approach construction-driven engineering with a focus on safe, cost-effective, and innovative designs that achieve client expectations and further Kiewit's legacy of excellence.

This position is based out of Calgary, Alberta.

• Perform pipe stress and thermal flexibility analysis for critical piping systems using AutoPIPE to ensure compliance with ASME codes and project requirements.
• Analyze sustained, thermal, occasional, and hydrotest loading conditions for piping systems and equipment.
• Evaluate piping nozzle loads on turbines, pumps, compressors, tanks, exchangers, heaters, and other equipment.
• Select and design appropriate pipe supports including shoes, guides, rigid supports, spring hangers, snubbers, and struts.
• Prepare and maintain stress calculations, analysis models, support load data, and project documentation in accordance with company standards.
• Review piping isometrics, P&IDs, line lists, vendor drawings, and related engineering documents to ensure consistency with stress analysis and overall system design.
• Coordinate closely with piping designers, structural engineers, mechanical engineers, vendors, and construction teams to optimize pipe routing, support design, and constructability.
• Perform supplemental calculations using tools such as Excel, Mathcad, or NozzlePRO to verify localized stresses and non-standard configurations.
• Work effectively in a fast-paced, multi-discipline environment while managing multiple engineering tools, 3D models, spreadsheets, PDFs, and communication platforms concurrently.
• Support project execution by following established workflows, maintaining quality standards, and meeting project schedules.

• A bachelor's degree in mechanical engineering, Structural Engineering, or a related engineering discipline.
• A…