Yaser Siraj-Eddin Email & Phone Number

Houston, Tx, Us

North Sydney, Nsw, Au

Manage the BP Gulf of Mexico program’s portfolio of Category C (small-to-medium size) projects, leading over 20 project engineers, delivering over 100 projects (+$200 MM total TIC) from Appraise/Select phase through Define/FEED, Detail Design, Installation, Commissioning and closeout.

North Sydney, Nsw, Au

North Sydney, Nsw, Au

BP, BP Gulf of Mexico Offshore Brownfield upgrades program: Project manager over multiple (+$20MM) portfolio projects, including Define phase time and materials (T&M) contracts and Execute phase EPC not to exceed (NTE) contracts Produced project basis of design (BOD), created project execution plans (PEP) and total installed cost (TIC) proposals for Define phase time and materials (T&M) contracts and Execute phase EPC not to exceed (NTE) contracts Delivered projects from end of Select phase to Closeout, including Define, Execute, and offshore installation

North Sydney, Nsw, Au

An IPMT project, the scope of which includes managing Detail Design Engineering and construction of a Methanol plant in addition to several utilities and Methanol offloading facilities. • Interface Manager: Setup and manage the interface system between the eleven different partners and subcontractors involved in the project execution• Manage the joint venture partnership that Yuhuang Chemical Inc. has with Plains All American Pipeline for the Methanol marine offloading dock and facilities (Total Installed Cost of $50 Million) • Manage the engineering and construction scope of several Methanol offloading assets (Total Installed Cost of $7 Million) • Administer the partnership that Yuhuang Chemical Inc. has with the utility power supplier and Natural Gas supplier for building a power substation and a Natural Gas pipeline, metering and pigging facilities

Front-End Engineering Design (FEED) for an unstaffed Shallow Water Platform for processing natural gas from multiple subsea drill centers and exporting dehydrated gas via production pipeline to an onshore metering station.• Role on the project was deputy engineering manager in a fully integrated ExxonMobil/WorleyParsons IPMT• Responsible for the entire scope of the two onshore facilities (metering station and central control room building) as well as the onshore portion of the production pipeline (Est. Total Installed Cost of $200 Million)• Managed the scope, deliverables, budget and schedule of the onshore facilities, leading the integrated project engineering organization consisting of the Civil/Structural, Process, Mechanical, Piping, Electrical, Instrumentation, Telecom, Safety & Risk and Regulatory teams. • Delivered the onshore scope of the project (approx. 200 deliverables), meeting the schedule and completed within budget (total of 4000 engineering manhours).• Managed the scope, deliverables, schedule and budget of several 3rd party subcontracts, executing the following technical studies for both of the onshore and offshore scopes of the project:o Best Available Technology (BAT) Study o Subsea Chemical Dispersion and Toxicity Assessment o Flow and acoustic induced vibration Assessment o Sound Level Assessment o Flare and Vent Systems Verification Study

Senior Project Engineer, WorleyParsons, St. John’s, NL, CanadaExxonMobil Hebron Offshore PlatformSupporting the construction and commissioning of the topsides facilities of a gravity base platform, including living quarters, production, and crude and gas processing utilities• Deputy engineering manager, responsible for resolving all technical issues on the topsides that arise during the construction and commissioning phases and delivering the as-building of 13,000 engineering documents.• Managed the topsides scope’s interface with the gravity base structure during the construction phase and ensured alignment between the two engineering firms responsible for the scopes.

Senior Project Engineer, WorleyParsons, Houston, TXExxonMobil Hebron Offshore PlatformFront end and detail design engineering for a gravity base platform, supporting the offshore platforms topsides facilities, including living quarters, production, and crude and gas processing utilities• Facilitated the resolution of the complex multi-discipline technical issues that get flagged as project top priority • Change Manager: Responsible for approval of key design changes and ensuring the validity of the proposed changes and full identification of change fabrication impact• Managed the Water Injection Filtration Project: o Produced budget ($20 M) and schedule for a post-platform fabrication addition of a filtration system required to meet a fine-particulate water injection filtration requiremento Facilitated the work of the engineering teams and equipment suppliers to execute engineering, procurement and fabrication per the aggressive schedule set to meet the site need-by installation dates • Produced quantitative assessment and classification of lubricants, chemicals, fuels and other utility mediums required for commissioning and operation of all platform equipment and systems • Managed the scope, deliverables, schedule and budget of several 3rd party subcontracts, executing the following technical studies:o Flow and Acoustic Induced Vibration Assessment ($ 250k budget): Full assessment of all flare and compressor piping, in addition to resolution of all findings associated with piping and support designo Sound Level Assessment ($ 300k budget): Full assessment of the sound level of machinery and HVAC systems throughout the platformo Flare Verification Study: Assessment of the platform’s flare relieving cases and the corresponding sizing of all flare relieving valves and piping systems

Project Engineer, WorleyParsons, Houston, TXBP Gulf of Mexico Topsides Brownfield Projects - Fire & Gas System Upgrade Project• Developed the budget ($ 5M) and schedule for the appraise and select phases of the project to assess the fire risk on all seven BP off-shore platforms and install required fire and gas detectors • Lead the team of Safety & Risk, Instrumentation and Structural engineers and designers to execute the following:o Assess the platforms’ existing fire and gas detection coverage and specify the additional coverage requiredo Select the technologies suitable for the fire and gas detection required, specifying over a thousand Infrared Point Gas Detectors, Infrared Open Path Detectors, smoke detectors and Fast Response Gas Detectorso Provide structural supports and access platforms required for all detectors to be installed

Project Engineer, WorleyParsons, Houston, TXBP Gulf of Mexico Topsides Brownfield Projects - Crane Retrofit Project• Defined the scope of responsibilities and developed the budget and schedule for the appraise phase of the project to retrofit 17 of the cranes on seven of the BP Gulf of Mexico off-shore Platforms• Specified the requirements for the design and installation of new hydraulic pumps and filters • Estimated the additional power and control systems needed in order to modify the cranes’ control mechanism from the existing hydraulic system to an electronic design

Instrumentation & Control Systems Engineer, WorleyParsons, Houston, TXBP Project and Mods Gulf of Mexico Topsides Brownfield ProjectsCorrosion Inhibitor Metering Project• Selected flow measurement technology and specified and purchased over a hundred Positive Displacement Meters and Coriolis Meters to install on Corrosion Inhibitor injection lines on seven offshore platforms• Designed the Modbus network to connect the flow meters to the platforms’ existing Distributed Control System

Project Engineer, WorleyParsons, Houston, TXExxon Neftegas Limited Sakhalin-1 Arkutun-Dagi Offshore PlatformDetail design engineering and fabrication support for the topsides facilities of an offshore production platform including production facilities, living quarters, process & utilities systems and drilling rig, all installed on a gravity based structure.• Supervised and facilitated the development, review and approval of key project design changes, minimizing the changes in order to meet the project’s deliverables schedule• Lead the change implementation verification team closing out over seven hundred key project design changes• Developed man-hour schedule variance forecasts based on project design scope changes• Managed the process of technical interface with all suppliers (147 purchase orders) to ensure that each vendor’s package scope of work is acceptable to the client • Coordinated HAZOP reviews and facilitated action item implementation closeout. • Participated in the HAZOP reviews in the capacity of a Control System engineer• Managed the third party engineering firm contracted to perform the Safety Integrity Level (SIL) assessment for the platform design. I facilitated the SIL assessment reviews and verified the achieved SIL calculation results and approved it to be issued• Produced quarterly material take-off reports and quantity delta analysis encompassing all project procured/designed items and analyzed the data in order to identify quantity change trends that would indicate design issues or unexpected impacts to the fabricator of the platform topsides.

Instrumentation & Control Systems Engineer, WorleyParsons, Houston, TXChevron - Continuous Catalyst Regeneration (CCR) ProjectDetail design and procurement of all equipment required to upgrade the Chevron Pascagoula refinery in order to add a Continuous catalyst Regenerator (CCR) Reactor unit, a Hydrogen purification unit, gas compression units, and Reformate Splitter unit. • Specified the design and selection and approved supplier deliverables for and all process control transmitters • Responsible for review and approval of the deliverables of the Safety Instrumented System package• Produced the scope of work, designed and approved the supplied product for the six Programmable Logic Controllers (PLCs) • Managed all 37 Instrumentation purchase requisitions, allowing the project to meet site fabrication schedule• Designed and generated control logic diagrams for 122 of the complex logic interlocks • Managed the Alarm Objective Analysis for the entire CCR facility (over 1,000 alarm points)• Responsible for the review and approval of all Safety Integrity Level calculations• Performed calculations for all the temperature element thermowells and determined their design acceptability based on their risk of structural failure due to process flow induced vortex shedding

Instrumentation & Control Systems Engineer, WorleyParsons, Houston, TXRentech Energy Midwest Corporation – Gasification Energy Plant, East Dubuque, ILFront end engineering design for the addition of a coal gasification unit, gas treatment units and a Fischer-Tropsch process units to the exiting Ammonia plant, in order to convert the gasified coal to transportation fuel.• Reviewed and back-checked P&IDs on behalf of the Instrumentation and Control systems discipline • Developed the Cause & Effect Matrix for the control logic interlocks of the Gasification Unit• Created and maintained the Instrument database, specifying the instrument types and detailed I/O and loop specifications using MicroStation INtools.

Msee, Electrical Engineering

Bsee, Electrical Engineering