Acero Engineering Inc. (“Acero”), a dynamic company providing engineering, procurement and construction management expertise to the Oil and Gas industry is currently seeking a motivated and enthusiastic individual to fill a role as Senior Stress Engineer (7-month contract role).
Acero is focused on facility and pipeline engineering, procurement and construction management services; from concept evaluation to plant start-up. Our core service offering is in-house project management, process, mechanical, electrical, instrumentation and control engineering, project engineering, procurement, regulatory services, civil and structural engineering, and construction management.
Responsibilities:
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Perform detailed piping stress and flexibility analysis for Froth Treatment, Extraction, Utilities, and Oil Sands processing facilities.
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Develop and analyze piping models using CAESAR II or equivalent software for thermal, sustained, occasional, wind, seismic, settlement, and dynamic load cases.
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Assess piping connected to rotating and static equipment, including pumps, vessels, heat exchangers, separators, and compressors.
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Evaluate nozzle loads and ensure compliance with vendor allowable loads.
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Design and review pipe support systems, including guides, anchors, spring supports, and vibration mitigation measures.
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Prepare stress calculations, engineering reports, support sketches, and technical recommendations.
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Collaborate closely with Process, Mechanical, Piping, Structural, and Project Engineering teams.
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Other tasks/responsibilities, as required.
Preferred Education, Experience and Skills:
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Bachelor’s degree in mechanical engineering from an accredited university.
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Registered Professional Engineer (P.Eng.) with APEGA.
- 10-14 years of piping stress engineering experience.
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Significant experience supporting Oil Sands, Froth Treatment, Extraction, Upgrading, or Heavy Oil processing facilities.
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Extensive knowledge of ASME B31.3 and ASME B31.4 codes
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Advanced proficiency in:
- CAESAR II
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Smart Plant Review (asset)
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Pipe support and flexibility analysis methodologies
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Experience evaluating thermal expansion, displacement stresses, equipment nozzle loads, and support design.
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Victaulic coupling modelling and flexibility assessments
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CCO (Chrome Carbide Overlay) spool modelling and stress evaluation
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Wear-resistant piping systems
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Dynamic analysis and vibration assessment
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High-temperature hydrocarbon service
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Strong knowledge of Canadian engineering standards and industry practices.
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Strong analytical and troubleshooting skills.
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Ability to independently work on piping stress activities on medium to large projects.
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Commitment to engineering quality, safety, and continuous improvement.
