Osama Elfar
Section Manager Piping Analysis Section @Next Structural Integrity Inc.
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WORK HISTORY
Section Manager Piping Analysis Section @Next Structural Integrity Inc.
Burlington, ON, CA
Lead the Piping Analysis Section, delivering nuclear-class piping stress analyses for refurbishment and execution projects.• Provide technical leadership for Class 1, 2, 3, and 6 piping systems in compliance with ASME Section ASME B31.1 and CSA N285.• Manage team resources, workloads, and priorities across multiple high-profile nuclear projects.• Oversee and guide advanced analyses including thermal, seismic, vibration, fatigue, waterhammer, and time-history using AutoPIPE, PipeStress, and Caesar II.• Support construction and outage activities through design-change assessments.• Review and approve analysis plans, calculations, and design reports prior to client submission.• Drive process improvement, automation, and mentoring to strengthen team capability and delivery quality.
EDUCATION
École Polytechnique de Montréal
Doctor of Philosophy (PhD)
Cairo University
Master's degree
Cairo University
Bachelor's degree
SKILLS
ABOUT OSAMA ELFAR
I am a Mechanical Engineer and Section Manager with extensive experience in nuclear piping stress analysis, finite element analysis (FEA), and engineering leadership. I currently lead the Piping Analysis Section, supporting complex refurbishment, construction, and execution projects for nuclear facilities, with a strong focus on technical quality, delivery, and regulatory compliance.My background includes hands-on expertise in advanced analysis methodologies such as thermal, seismic, vibration, fatigue, waterhammer, and time-history analysis, using tools including AutoPIPE, PipeStress, PEPS, and ANSYS. I have led and reviewed analyses for safety-related piping systems across multiple classes, ensuring alignment with ASME Section CSA N285, and project-specific design requirements.In addition to technical leadership, I am passionate about improving engineering efficiency and decision-making through automation, data-driven workflows, and innovative analysis approaches. My experience in data analysis and modeling enables me to bridge traditional engineering practice with modern computational and analytical techniques.I am committed to developing high-performing engineering teams, mentoring engineers, and driving continuous improvement in processes, tools, and methodologies. I enjoy working at the intersection of technical depth, leadership, and problem-solving to deliver robust, practical engineering solutions for complex projects.
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