Senior Pipe Stress Analysis Engineer

Description

• Collaborate with design and engineering teams to review and interpret piping specifications, isometric drawings, and relevant documents to conduct accurate stress analysis.
• Attend relevant design and client meetings to gain insight into project requirements and conduct training sessions for project team members to ensure proficiency in interpreting stress analysis results and implementing design changes.
• Implementation of quality procedures to ensure a good design deliverable.
• Generate comprehensive stress analysis reports detailing findings, recommendations, and necessary design modifications to ensure structural integrity and safety.
• Provide technical guidance and support to project teams regarding pipe stress analysis, including interpretation of analysis results and implementation of design changes.
• Work closely with piping designers and engineers to optimize piping layouts and support configurations based on stress analysis results.
• Perform pipe stress analysis using Caesar II software for evaluating piping systems under various operating conditions, including thermal expansion, sustained loads, and occasional loads.
• Integration of 3D design software such as CADWorx with Caesar II
• Assess piping support requirements and provide recommendations to ensure compliance with industry codes, standards, and project-specific requirements.
• Collaborate with third-party stakeholders, including clients and regulatory authorities, to address stress analysis-related inquiries and requirements.

Requirements

• Comprehensive leadership skills and previous experience in managing large-scale projects.
• A minimum of 13+ years’ experience in pipe stress analysis using Caesar II software in the field of engineering and design is required.
• Proficiency in CAD software and related tools, with the ability to integrate Ceaser II into project-specific design workflows.
• Excellent analytical and problem-solving skills, with the ability to interpret complex stress analysis results and provide practical engineering solutions.
• Experience in Piping Design in any Plant design software like CADWorx, Plant 3D, etc.
• Working knowledge of other stress analysis software packages
• They should be adept at problem-solving and have a track record of implementing new technologies, techniques, or design methodologies to improve project system performance and efficiency.
• In-depth knowledge of industry codes and standards such as ASME B31.3, ASME B31.1, EN-13480-3, and API 579 for the design and analysis of piping systems.
• Bachelor's degree in mechanical engineering with a certified course in Stress analysis.
• Candidate to show out-of-the box thinking in order to identify any opportunities for automation or innovation.
• Good knowledge of national, international, and local codes and standards.

Benefits

Training + Development

Interview process

Visa Sponsorship

Security clearance