Professional Mechanical / Stress Engineer

This is an intermediate position, and the incumbent will work under the direct supervision and guidance of the Pipeline & Facilities Manager and Stress Engineering Lead.

Perform, model, and review piping and pipeline stress analyses using AutoPIPE to verify compliance with CSA Z662, ASME B31.4, ASME B31.8, and project-specific design requirements.

Support the design, analysis, and modification of:

Oil and gas transmission and distribution pipeline systems.

Trenchless Crossing (Horizontal Directional Drills & Auger bores).

Pump stations, terminal facilities, and facility piping systems.

Metering and custody transfer facilities.

Pressure control and overpressure protection systems.

Pipeline integrity, repair, replacement, and rehabilitation projects.

Compressor, launcher, receiver, and station piping systems.

Evaluate piping and pipeline flexibility under sustained, thermal, pressure, occasional, construction, settlement, and operating load conditions.

Develop stress analysis reports, Design Basis Memoranda (DBMs), engineering calculations, and design recommendations.

Evaluate piping support requirements and specify support components, including pipe shoes, guides, anchors, line stops, spring supports, rigid supports, and restraints.

Perform support load calculations and prepare support load summaries for coordination with structural, civil, and multidisciplinary engineering teams.

Perform surface loading and crossing assessments in accordance with CEPA guidelines and API 1102, including the evaluation of highway, railway, construction, and other external loads on buried pipeline systems.

Support route selection, constructability reviews, material selection, and engineering optimization studies.

Coordinate with geotechnical, civil, structural, mechanical, integrity, survey, and construction teams throughout project execution.

Experience in project management, business development, and technical leadership is considered an asset but is not required for this role.

Experience with finite element analysis (FEA) software, such as ABAQUS, and engineering automation tools (e.g., Python) is considered an asset but is not required for this role.

Be part of a transformative initiative that enhances project delivery success across multiple disciplines.

Work with a dedicated team of professionals in a collaborative environment.

Access resources and training programs to continuously advance your career.

Contribute to projects that align with CCI’s mission of commitment, collaboration, and innovation.

This position is primarily office-based with periodic travel to client sites throughout Western Canada for field investigations, design reviews, commissioning, start-up support, and construction activities.