Location: Yantai, China (On-site preferred; remote case-by-case)
Job Responsibilities:
- Topside Module Piping Lead: Play the Module Piping Lead role to manage the schedule, quality and all relevant aspects to ensure the design progress as per the schedule and with high quality. Liaise with other engineering disciplines ( e.g., process, mechanical, structural, electrical) to ensure integration of piping systems with other plant components, resolve interdisciplinary conflicts, and maintain design consistency throughout the project life-cycle.
- Piping Stress Analysis Review & Checking: Review piping stress analysis reports to validate the accuracy of load calculations (thermal, pressure, deadweight, seismic), stress levels, and support designs. Ensure compliance with code allowable stresses, flange leakage criteria, and equipment nozzle load limits (e.g., pumps, compressors, vessels). Identify and address potential issues such as excessive stress, inadequate flexibility, or overloading of supports.
- Plot Plan Review & Checking: Examine the overall plot plan to verify the optimal placement of equipment, piping systems, and utility lines, considering factors such as process flow efficiency, safety clearances (e.g., fire protection, explosion limits), maintenance access, and future expansion potential. Ensure alignment with project layout standards and regulatory requirements.
- Module Layout & Piping Routing Review (2D & 3D): Oversee the review of individual module layout arrangements, including pipe routing, valve orientation, and equipment placement, in both 2D drawings and 3D models. Each engineer will be assigned responsibility for 2–3 Topside modules. Key checks include: oPipe Routing: Ensure routes are shortest and most direct while avoiding obstacles, maintaining required clearances, and minimizing pressure drops.
- oValve Access & Orientation: Verify valves are positioned for safe and easy op eration, with handles/actuators accessible (e.g., adequate headroom, reachability) and oriented to prevent interference with other components. o3D Model Accuracy: Validate 3D model integrity, including clash detection (no interference between piping, structural elements, electrical systems, or equipment), correct pipe dimensions, and adherence to layout standards.
- Material Handling Plan Support: Assist in modifying and optimizing the general material handling plan during the EPC (Engineering, Procurement, Construction) phase. This includes advising on material storage, transportation, and logistics to ensure the timely availability of piping materials, reduce construction delays, and minimize costs while maintaining quality and safety standards.
- 3D Model Review Coordination: Support the preparation and execution of 30%, 60%, and 90% 3D model reviews. This involves coordinating with cross-disciplinary teams (mechanical, electrical, instrumentation), preparing review checklists, documenting comments, and tracking resolution of issues to ensure the model progresses according to schedule and meets project requirements.
- Workshop & Meeting Participation: Attend 3D model review workshops (refer to section 5.0 for detailed workshop agendas) to discuss layout issues, resolve clashes, and align on design decisions. Additionally, participate in weekly discipline meetings with the COMPANY (client) to provide project updates, address queries, and coordinate on design priorities or changes.