Piping Stress Engineer

Job Description:

Title: Piping Stress Engineer

Location: Allentown, PA 18106

Duration: 12 TO 24 months (with possible of extension).

Shift: : Days Shift.

Pay Rate: $74.50/hr.

Job Summary:

• Due to a sustained increase in project workload across the Client’s LNG business, the current Pipe Stress Engineering team has reached full capacity.
• This resource constraint poses a significant risk to project execution, schedule adherence, customer commitments, and compliance with Client’s engineering quality standards.
• To mitigate these risks, we require an experienced temporary Pipe Stress Engineer to provide immediate project support, with an initial focus on the Commonwealth MCHE Module project.
• The selected resource must be capable of contributing with minimal onboarding, supporting critical-path activities, accelerating deliverables, and helping reduce the existing engineering backlog.

Key Responsibilities:

• Perform pipe stress analysis for LNG piping systems using Bentley Auto PIPE and PRG tools, including FEPipe and NozzlePro, with primary responsibility for the Commonwealth MCHE Module project and subsequent support for additional active projects.
• Analyze and evaluate piping loads on equipment shells, nozzles, and associated reinforcement pads.
• Ensure all designs and analyses comply with ASME B31.3 Process Piping Code, project requirements, and Client’s LNG engineering standards.
• Deliver engineering outputs in alignment with established project schedules, milestones, and revenue objectives.
• Support backlog reduction efforts and help stabilize overall engineering workload across the Pipe Stress team.

Business Impact:

• This assignment will provide critical support to the LNG organization by:
• Protecting project schedules and ensuring on-time delivery of customer commitments.
• Preventing delays in the issuance of CWHE attachment data to the Vessel Design Team, supporting downstream manufacturing schedules.
• Maintaining Client’s LNG's engineering quality, code compliance, and technical integrity standards.
• Reducing the risk of schedule delays, design rework, and associated project cost impacts.
• Enabling core engineering resources to remain focused on strategic priorities and high-value project deliverables.