Nuclear Pipe Stress Engineer Job Oakville area,Ontario Canada,Engineering

Position Overview

Are you looking for an opportunity to be a part of a new, emerging nuclear market? Our nuclear safety culture is strong at Kiewit Nuclear Solutions. We are seeking experienced Pipe Stress Engineers to join our team. At Kiewit, we are an innovative team of engineers and designers that supports projects throughout the company. Our staff leads and collaborates with Kiewit’s module fabrication and 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.

In an ever-changing job market, we offer a rare opportunity to be a part of a stable company with a proven history of success. Your role will be essential to our operations, ensuring that your contributions are valued and impactful within Kiewit Nuclear Solutions.

District Overview

Kiewit Nuclear Canada. is a full-service engineering, project management, and construction provider operating. Our experience and expertise span all aspects of the nuclear-related market from carbon-free, small modular reactors to Dept of Energy science, environmental and nuclear security mission capabilities. With these broad capabilities, we operate in the power utility, renewable energy, industrial, and infrastructure markets. As part of Kiewit, we are integrated with 135 years of construction and engineering excellence that provides wholistic solutions, differentiating our team from the rest of the industry.

Location

The position will be based in Oakville, Ontario

Responsibilities

Perform integrated engineering analyses to fulfill project requirements and achieve target dates.

In this position, you will be responsible for piping analysis work on new generation nuclear projects and DOE projects, and will interface with systems engineering, structural engineering, piping design, and support design groups, for the design of piping systems and pipe supporting elements

Reconciliation of pipe stress reports for as-built conditions

Utilize Octave Aspect Nuclear Pipe Stress software

Prepare analytical reports determining the reactions of piping on equipment and structures

Interpret and apply code requirements

Review proposed piping support systems, identify issues, and recommend appropriate, cost-effective solutions

Interface and exchange engineering details between external contacts including equipment suppliers, clients, and installation contractors

Manage workload to meet project commitments

Consult with client and others on field-related issues including follow-up reports or design modifications

Coordinate and provide guidance to other engineers, project managers, client personnel, and suppliers to ensure a complete and timely design

Author and review designs, specifications, analyses, and drawings in compliance with engineering principles and applicable standards.

Prepare and review design concept drawings and models for equipment using input from various technical disciplines.

Recognizes, defines, and resolves problems within assigned area

Compliance with strict quality assurance standards and on time delivery

Travel (less than 25% of time)

Qualifications

Bachelor's degree in Mechanical Engineering or a related engineering discipline from an accredited university.

Minimum 5 years of relevant piping design experience in industrial, nuclear, power generation, or heavy industrial projects.

Registered Professional Engineer (P.Eng.) in Ontario (or eligible for registration with Professional Engineers Ontario) is preferred.

Strong knowledge of ASME B31.1 (Power Piping) and ASME B31.3 (Process Piping).

Familiarity with the ASME Boiler and Pressure Vessel Code (BPVC), CSA standards, and applicable Canadian nuclear industry codes and standards for the design and procurement of nuclear-grade equipment.

Experience performing piping stress analysis using Bentley AutoPIPE or equivalent piping analysis software is considered an asset.

Working knowledge of engineering design practices, including design verification, interdisciplinary coordination, interference checking, tolerance analysis, and GD&T.

Experience collaborating with multidisciplinary…