محمد حسين

• Managed multiple simultaneous projects pertaining to Oil and Gas facilities throughout the entire life cycles - initiation, planning, execution, monitoring, and closeout, in cross-functional environments on time and within budget.
• Guided the project team while achieving project objectives and balancing project constraints.
• Developed Scope of Work (SoW), managed feed studies, prepared project proposal packages.
• Spearheaded bidding processes, selected qualified contractor based on technical and commercial evaluations, and led contract negotiations.
• Developed project execution plan, project milestone dates, contracting strategy, procurement and construction plans.
• Sourced and evaluated potential equipment suppliers. Performed due diligence of vendors and negotiated terms of contract.
• Led and facilitated project risk assessment, identified potential problems and resolved them before they are materialized.
• Managed and balanced conflicting stakeholder expectations in relation to project requirements and ensured successful outcomes.
• Managed Lump Sum Turn Key (LSTK) contractor by effective communication, and monitoring KPIs such as engineering, procurement, and construction progresses.
• Orchestrated innovative ideas to resolve complex technical and constructability challenges and implemented them.
• Developed need-based project change orders, detailed scope, estimated cost, and negotiated prices with contractors.
• Trained young engineers with company procedure and project management methodology.

• Developed and maintained Pipeline Integrity Management System (PIMS) for BP Assets.
• Developed Integrity Management Plan (IMP) for pipeline, risers, and subsea equipment
• Performed rigorous and systematic identification of threats to pipeline integrity from concept selection through to decommissioning.
• Established common approach to continuous assessment and management of the risks resulting from identified threats through application of mitigation measures to reduce or eliminate risks.
• Provided technical expertise to acquire and analyze appropriate inspection data throughout the pipeline life to demonstrate its fitness-for-purpose.
• Continuously reviewed and revised company best practices to ensure compliance with the latest regulations and industry standards.
• Identified and applied new technologies in pipeline construction and operation to improve project execution efficiency and enhance pipeline integrity.
• Identified sensitivity to the unique environmental and social impacts that result from construction and operation of pipelines.
• Interfaced with technical disciplines such as corrosion, structure and piping to develop mitigation strategy.
• Led risk-based inspection (RBI) workshop to identify risk of ‘active’ and ‘potential’ Damage Mechanisms (DMs), then to assess and rank failure probability and consequence.

• Calculated pipe diameter and pipeline wall thickness based on design pressure, temperature and flowrate.
• Selected appropriate pipe material based on API grade.
• Prepared design basis documents for new pipeline and subsea structures.
• Performed fatigue calculation for pipelines subjected to cyclic loading.
• Developed FE model for offshore pipeline analysis - lateral buckling of HT/HP flowlines.
• Performed vortex induced vibration (VIV), and On-bottom stability analyses.
• Performed structural design calculations for pipeline structures such as Jumper and PLET.
• Developed installation sequence of subsea pipeline and structures.
• Composed pipeline design reports for clients.

• Performed conceptual and detailed engineering design of ram type Blowout Preventer (BOP), Drilling Riser, Riser Tensioner, and Continuous Circulation System.
• Performed stress analysis of BOP, Drilling Risers, and Riser Tensioners.
• Conducted failure and fatigue analysis of pressure equipment and prepared technical reports.
• Simulated BOP’s multi ram rubber seal mechanism using finite element to verify sealing capabilities and performance under high pressure/temperature.
• Developed testing procedures of BOP and Riser Tensioners for successful product development.
• Provided technical support to sales, marketing, and manufacturing.
• Performed Design check of new products against API 16A, 8C, 16R and ASME pressure Vessel Codes.

• Performed conceptual and detailed engineering design of ram type Blowout Preventer (BOP), Drilling Riser, Riser Tensioner, and Continuous Circulation System.
• Performed stress analysis of BOP, Drilling Risers, and Riser Tensioners.
• Conducted failure and fatigue analysis of pressure equipment and prepared technical reports.
• Simulated BOP’s multi ram rubber seal mechanism using finite element to verify sealing capabilities and performance under high pressure/temperature.
• Developed testing procedures of BOP and Riser Tensioners for successful product development.
• Provided technical support to sales, marketing, and manufacturing.
• Performed Design check of new products against API 16A, 8C, 16R and ASME pressure Vessel Codes.