مد مشرف حسين

Saudi Aramco, Dhahran, Saudi Arabia, 08/2013 - Present
Project Engineer
• Responsible for initiating Bid package for new project
• Responsible for managing engineering and construction contractors
• Responsible for managing offshore projects comprising pipeline, cable, tie-ins, topside structures, and instrumentation.
• Experience in offshore pipeline construction that includes welding, inspection, and installation.

• Responsible for initiating Bid package for new project
• Responsible for managing engineering and construction contractors
• Responsible for managing offshore projects comprising pipeline, cable, tie-ins, topside structures, and instrumentation.
• Experience in offshore pipeline construction that includes welding, inspection, and installation.

British Petroleum (BP), Houston, Texas, U.S.A., 5/2011 - 08/2013
Pipeline Integrity Engineer
• Developed and maintained Pipeline Integrity Management System (PIMS) for two BP (British Petroleum) Assets - Marlin and NaKika
• Managed and interfaced with contractor dedicated for the integrity management of Subsea Pipeline, Risers, and equipment.
• Managed integrity of subsea pipeline, risers, umbilical, and equipment of two BP Assets.
• Develop Integrity Management Program (IMP) for pipeline, risers, and subsea equipment based on RBI and inspection.
• Planned and Executed inspection activities comprising ROV, AUV, Intelligent and maintenance pigging.
• Planned and Executed General Visual and Close Visual Inspections (GVI & CVI) for topside piping of subsea platforms
• Interfaced with technical discipline such as corrosion and piping engineers to develop corrosion mitigation strategy.
• Regularly conducted and facilitated risk assessment of subsea assets
• Oversaw and performed Pipeline Defect Assessment such as wall loss (due to general corrosion, pitting), dent. Defect Assessment is perform based on Modified ASME 31.8 and API 579
• Proposed free span correction method where VIV may cause fatigue failure.

• Developed and maintained Pipeline Integrity Management System (PIMS) for two BP (British Petroleum) Assets - Marlin and NaKika
• Managed and interfaced with contractor dedicated for the integrity management of Subsea Pipeline, Risers, and equipment.
• Managed integrity of subsea pipeline, risers, umbilical, and equipment of two BP Assets.
• Develop Integrity Management Program (IMP) for pipeline, risers, and subsea equipment based on RBI and inspection.
• Planned and Executed inspection activities comprising ROV, AUV, Intelligent and maintenance pigging.
• Planned and Executed General Visual and Close Visual Inspections (GVI & CVI) for topside piping of subsea platforms
• Interfaced with technical discipline such as corrosion and piping engineers to develop corrosion mitigation strategy.
• Regularly conducted and facilitated risk assessment of subsea assets
• Oversaw and performed Pipeline Defect Assessment such as wall loss (due to general corrosion, pitting), dent. Defect Assessment is perform based on Modified ASME 31.8 and API 579
• Proposed free span correction method where VIV may cause fatigue failure.

Aker Solutions, Houston, Texas, U.S.A., 7/2010 to 5/2011
Project Lead
Clove project, Total, pressure cap qualification, Expat Assignment, Oslo, Norway
• Scheduled manhours and project deliverables.
• Communicated with suppliers to get the product delivered on time
• Created MDL for the project
• Participated in material selection of pressure cap.
• Prepared qualification procedure in accordance with API 6A and 17D
• Performed qualification test and prepared test report.
Hibernia Southern Extension Project (Tender Phase), Exxon
• Prepared technical writing for subsea Tie-in structures that include flexible jumper, gooseneck, vertical connection system (VCS) and manifold in accordance with Exxon's PDB and Global Practice Documents
• Created Master Equipment List (MEL) for VCS and Gooseneck
• Selected material grades for Tie-structures in accordance with Exxon's PDB and recommendations
• Developed Inspection and Test Plan (ITP) for Gooseneck and Vertical Connection System (VCS)
• Developed Product Qualification Sheet (PQS) for Gooseneck and Vertical Connection System (VCS)
• Selected SIT Plan for Manifold, and Vertical Connection System (VCS)
Longhorn Phase Iii Development Project (Tender Phase), ENI
• Prepared technical writing for Vertical Connection Module (VCM) and Long-term Pressure Cap
• Participated Technical Clarification and Exception (C & E) of RFQ with clients
• Created Master Equipment List (MEL) in accordance with RFQ
• Participated in identifying scope of work and estimating hours accordingly
Marine Well Containment System (MWCS), Joint Industry Project (JIP)
• Prepared technical write-up and proposed various connection systems for MWCS for concept development
• Prepared technical write-up for single header 4-slot manifold system to be used for Marine Well Containment System
• Participated Technical Clarification and Exception (C & E) with clients

Jubilee Field Development Phase I, Tullow Ghana LTD.
• Designed the interface between Aker stroke tool and Jubilee Plet to push and pull a pin Subsea
• Helped Prepared SIT procedure
• Participated in conducting SIT

Clove project, Total, pressure cap qualification, Expat Assignment, Oslo, Norway
• Scheduled manhours and project deliverables.
• Communicated with suppliers to get the product delivered on time
• Created MDL for the project
• Participated in material selection of pressure cap.
• Prepared qualification procedure in accordance with API 6A and 17D
• Performed qualification test and prepared test report.
Hibernia Southern Extension Project (Tender Phase), Exxon
• Prepared technical writing for subsea Tie-in structures that include flexible jumper, gooseneck, vertical connection system (VCS) and manifold in accordance with Exxon’s PDB and Global Practice Documents
• Created Master Equipment List (MEL) for VCS and Gooseneck
• Selected material grades for Tie-structures in accordance with Exxon’s PDB and recommendations
• Developed Inspection and Test Plan (ITP) for Gooseneck and Vertical Connection System (VCS).
• Developed Product Qualification Sheet (PQS) for Gooseneck and Vertical Connection System (VCS).
• Selected SIT Plan for Manifold, and Vertical Connection System(VCS)
Longhorn Phase Iii Development Project (Tender Phase), ENI
• Prepared technical writing for Vertical Connection Module (VCM) and Long-term Pressure Cap
• Participated Technical Clarification and Exception (C & E) of RFQ with clients
• Created Master Equipment List (MEL) in accordance with RFQ
• Participated in identifying scope of work and estimating hours accordingly
Marine Well Containment System (MWCS), Joint Industry Project (JIP)
• Prepared technical write-up and proposed various connection systems for MWCS for concept development
• Prepared technical write-up for single header 4-slot manifold system to be used for Marine Well Containment System
• Participated Technical Clarification and Exception (C & E) with clients

Technip Offshore, Inc., Houston, Texas, U.S.A., 7/2008 to 7/2010
Senior Design Specialist

Ozona Development, Marathon
• Provide guidance and recommendations on engineering designs to ensure that they meet applicable industry codes and best design practices.
• Complete design of the gooseneck.
• Performed all structural calculations pertaining to gooseneck design.

BP King South Development & K2 Expansion, Anadarko
• Responsible for communication with client designated consultant for design verification.
• Responsible for checking and helping the work of other engineers involved the PLET design.
• Prepared design basis of PLET.
• Performed detail design and analysis of PLET.
• Responsible for preparing first and second end PLET installation sequence.

Daniel Boone, W & T Offshore
• Designed and analyzed IN-LINE SLED and PLET
• Performed structural analysis to verify structural integrity of Padeye

• Performed Lateral buckling analysis of DC-3 (drill center 3) HT/HP flowlines in 7000 ft water depth.
• Performed wall thickness calculation of HT/HP flowline.
• Performed lateral buckling analysis of HT/HP flowline.
• Optimized stabilization pile location on the escarpment to minimize permanent lateral movement.
• Performed fatigue life calculation due to VIV for free spanning pipeline.
• Involved in the Design, development and analysis of PLETS, and PLEMS.
• Designed and selected flowline and well jumpers. Optimized the jumper geometry and API valve location in order to mitigate the stress in the jumper and reaction loads at the connector.
• Prepared flowline design report for the client

Technip Offshore, Inc., Houston, Texas, U.S.A., 12/2005 to 04/2008
Staff Specialist
• Deepwater GoM pipeline FEED and Detailed design.
• Pipeline route selection and optimization, wall thickness determination, pipeline on-bottom stability, thermal fatigue design, span and bottom roughness analysis, VIV analysis, material selection and pipeline/flowline installation analysis.


BP Atlantis Deepwater Development (DC-3 & DC-1), Gulf of Mexico
• Performed Lateral buckling analysis of DC-3 (drill center 3) HT/HP flowlines in 7000 ft water depth.
• Performed wall thickness calculation of HT/HP flowline.
• Performed lateral buckling analysis of HT/HP flowline.
• Optimized stabilization pile location on the escarpment to minimize permanent lateral movement.
• Performed fatigue life calculation due to VIV for free spanning pipeline.
• Involved in the Design, development and analysis of PLETS, and PLEMS.
• Designed and selected flowline and well jumpers. Optimized the jumper geometry and API valve location in order to mitigate the stress in the jumper and reaction loads at the connector.
• Prepared flowline design report for the client

• Performed conceptual and detailed engineering design of Ram type blowout preventer (BOP), Drilling Riser, Riser Tensioner, and Continuous Circulation System.
• Performed stress analysis of Blowout Preventers (BOP), Drilling Risers, and Riser Tensioners.
• Conducted failure analysis (Failure Modes Effects Criticality Analysis) of pressure equipment and prepared technical reports.
• Simulate blow out preventer’s multi ram rubber seal mechanism using finite element to verify sealing capabilities and performance under high pressure/temperature.
• Develop testing procedures of BOP and Riser Tensioners for successful product development.
• Provide technical support to sales, marketing, and manufacturing.
• Perform Design check of new products against API 16A, 8C, 16R and ASME pressure Vessel Codes.

National Oil Well Varco, Houston, TX, 2002 to 2005
Engineering Analyst
• Performed conceptual and detailed engineering design of Ram type blowout preventer (BOP), Drilling Riser, Riser Tensioner, and Continuous Circulation System.
• Performed stress analysis of Blowout Preventers (BOP), Drilling Risers, and Riser Tensioners.
• Conducted failure analysis (Failure Modes Effects Criticality Analysis) of pressure equipment and prepared technical reports.
• Simulate blow out preventer's multi ram rubber seal mechanism using finite element to verify sealing capabilities and performance under high pressure/temperature.
• Develop testing procedures of BOP and Riser Tensioners for successful product development.
• Provide technical support to sales, marketing, and manufacturing.
• Perform Design check of new products against API 16A, 8C, 16R and ASME pressure Vessel Codes.


CODES AND STANDARDS: • API RP 1111 - Design, Construction, Operation and Maintenance of Offshore Hydrocarbon Pipelines (Limit State Design)
• API SPEC. 5L - Specification for Line Pipe
• API RP 2RD - Design of Risers for Floating Production Systems (FPSs) and Tension-Leg Platforms (TLPs)
• ASME B31.4 - PipelineTransportation Systems for Liquid Hydrocarbons and Other Liquids
• ASME B31.8 - Gas Transmission and Distribution Piping Systems
• API 579 - Recommended Practice for Fitness-for-Service
• DNV-OS-C101- Design of Offshore Steel Structures, General (LRFD Method)
• DNV-OS-F101- Submarine Pipeline Systems
• DNV-OS-F201- Dynamic Risers
• DNV-RP-F105 - Free Spanning Pipelines

Evaluating Process Induced Shape Instability of carbon fiber composite parts after curing.

Developed correlation between molded and post curing shape.