Ahmed Ibrahim

- Establish a list of discipline deliverables. Control, monitor, and progress these deliverables to an agreed schedule.
- Organize and manage all aspects of the workload of a team of piping discipline engineers and designers, within the parameters of a project schedule.
- Monitors all engineering, design, 3D CAD, and CAD drafting activities to assure conformance with Client and/or Company specifications, governing codes, and good engineering practice.
- Responsible for the issue of all piping deliverable documents. Organize inputs and supervise for preparation of general layout, equipment layout, key plans, support design, isometrics, material take-offs, stress analysis, pipe material specifications, and material requisitions.
- Estimates quantities or validate estimation done.
- Train/mentor more junior engineers.
- Perform stress analysis and/or review analyses of piping systems connected to critical rotating equipment.
- Evaluate calculated stress results, displacement stress range, and pipe support loads.
- Perform Finite Element Analysis for special piping fittings for evaluating stress intensification factor “SIF” for determining fatigue failure.
- Review and approve project drawings, and keep communication with the project team, the client, and construction personnel.
- Work with other engineers and designers in the resolution of technical issues.
- Perform dynamic modal analysis for calculating piping natural frequencies to prevent operational vibration issues, and potential piping fatigue and provide a safe plant.
- Update, approve and seal engineering calculations for final turnover to the client.

- Perform verification stress analysis calculation to approve the station piping design.
- Run Water hammer analysis for the Station piping with different scenarios.

- Select and combine the stress calculations from PID
- Execution stress analysis calculation for piping systems in sweet flare KO drum Area 291 & Acid flare system area 292
- Check pressure vessels and pump nozzle loads
- Locate the supports on the piping systems

- Carryout stress analysis calculation for all connections to the GRE tanks newly installed, and issue stress report
- Locate the supports on the piping systems

- Perform stress analysis calculation for rig test facility piping.
- Locate and select the supports on the piping systems
- Selection of the expansion joints required for the system.
- Perform expansion joints and hanger selection.

- Review pipe stress analysis calculation.
- Review and check piping routing.
- Review the piping area plot plan.
- Review typical and special pipe supports.
- Perform Expansion joints and hanger selection.
- Review and accept vendor proposal.

- Conducting a stress analysis for the odour air control above the GRP piping system.
- Review the equipment nozzle load.
- Confirm the pipe support selection.
- Issue a complete report with project data, nozzle loads, and Caesar II output report.

- Manage a team of four engineers for piping design and support design.
- Review and support the plant plot plan and piping layout
- execute piping isometrics checking.
- Carry out piping stress analysis calculations for critical piping systems.

- Conducting a stress analysis for the Natural gas header and the interconnecting pipes connected to the supply pipeline
- Provide the stress isometrics with the loads marked on it.
- Made the support selection based on the stress calculations.

- Study the tender document and the project requirements.
- Study preliminary plant general arrangement drawing.
- Review the Inquiry document (specifications, vendor list, drawings, terms & conditions, and technical clarifications).
- Prepare the piping and the mechanical pricing budget.
- Perform the piping and equipment modeling. And issue equipment lists, line lists, valve lists, and piping MTO.

- Supervising five piping groups for the main Piperack area.
- Coordinating with our consultants and section heads in all project areas.
- Utilizing project automation tools (in-house C3D and talisman) for site open front planning.
- Reviewing field material requisitions- FMR & RFF- for piping
- Designing and calculating the pressure-testing manifold wall thickness

- Performing stress analysis for critical piping and specifying locations and types of pipes support team
- Performing and coordinating piping routing, plant layout studies, and nozzle orientation studies of equipment
- Generating the line, valve, and equipment lists using Smart Plant SP3D
- Participating in 3D modeling reviews
- Reviewing, commenting, and stamping project vendor deliverables.

- Routing critical and noncritical small-bore piping systems using PDMS
- Conducting stress analysis of critical piping systems using Caepipe
- Checking the IFC isometric and MTO
- Preparing and reviewing the support index from PDMS

- Supervise two groups of drafters (ten drafters) and one group of operators (three data entries)
- Organizing and checking isometric spooling
- Coordinating the issuance of the text pack with our client.
- Preparing and issuing the RFQ for design discrepancy