Mansour Sadri PE, PMP

**** ***** ******* ** # ***, Charlotte, NC, 28269

704-***-**** o57e3t@r.postjobfree.com – US Citizen

Professional Qualification

Electrical I&C Project Engineer/Manager MSEE/MBA, PE, PMP

1. Possess working knowledge of Electrical, Mechanical, Electro-Mechanical, Hydraulics, Pneumatic, Instrumentation Control Automation, Ac/Dc Power Generation, Transmission/Distribution, Quality Control, Project Engineering and Project Management.

2. Provide projects leadership and management from pre-project consultations through project execution and on to full plant operation, from a single sensor to automated intelligent management.

3. Support EPC projects from front end engineering design to detail design, procurement, construction, installation and commissioning necessary for the, modernization of the power plants, renewable energy, oil & gas production, refineries, petrochemical plants, water wastewater facilities, and environmental remediation services.

4. Work with management to assist in initial system design to convince prospective clients of desirability and practicability of products or services offered.

5. Provide post-sales technical expertise during the installation, implementation and maintenance of company products and services, following detailed customer installation requirements. Ensures that clients needs have been met and that the product/solution is fully functioning according to specification.

6. Supervise projects support personnel in preparation and maintenance of projects plans schedules and projects metrics to achieve projects quality, reliability, cost and timing objectives.

7. Utilize approved projects management methodologies and processes to meet client and management expectation.

8. Adhere to the highest standards for managing scope, time, cost, quality, human resources, communication, risk, procurement, safety, environmental, financial, claim administration and altogether integration management.

9. Provide interface and leadership between projects team, management, and the clients; coordinate project activities ensuring efficient utilization of resources to ensure satisfactory projects performance.

10. Enforce safety rules and practices, encourage safety work behaviors and professional and social responsibilities.

11. And finally foster a working environment that is open, professional and free of harassment, intimidation, retaliation and discrimination.

Education

BSEE - CCNY, New York, New York

MSEE/MBA - University of Portland, Portland, Oregon

NUCLEAR ENG - Oak Ridge Associated Universities

Registrations/Certifications/Licenses

PMP: PMI's Project Management Professional (PMP #: 1407825)

PE: Professional Engineering License: CA (License #:17949)

PE: Professional Engineering License: TX (License #:62988)

SRO: Sr. Reactor Operator License: Oak Ridge National Lab, TN - HFIR

International Experience

Pars Energy: Asalouyeh, Persian Gulf 1991 -2005

Position: Electrical I&C Project Engineer/ Manager

Assignments:

1. Focusing on the needs and challenges of customers, offered innovative electric power automation and telecommunication solutions to all segments of the onshore, offshore and subsea applications – from drilling and completion to production, transportation, storage, refining, processing and petrochemicals practices.

2. Performed full range of integrated services intended for EPC projects for oil &gas production, processing and refineries that include: project engineering/management, front end/ detailed I&E design, procurement, construction , installation, commissioning and start-up services focused on the needs and challenges of our clients.

3. Offered specific automation products and systems expertise that provided added value to projects such as modular mini-refineries and the revamping or installation of refinery units, desalinations, solid waste and waste water treatment plants and other refinery process units licensed by others.

4. Provided environmentally friendly energy solutions based on renewable resources by means of solar, wind, combined cycle, cogeneration, diesel and bio-fuels power plants and coal gasification and waste to energy plants built on different technologies through strategic alliances.

5. Developed and maintained a project execution plan for the design, procurement, manufacture, installation and testing of the subsea control systems.

6. Delivered administrative and technical support throughout the installation, implementation and maintenance of

Blowout Preventers (BOPs) Platforms,

Monitoring and Maintaining Mud System,

Installing: BOPs, Accumulator, and Choke Manifold,

Testing: BOPs, Accumulators, Choke Manifold and

Maintaining Surface Control Systems (SCS) per detailed customer installation requirements to activate downhole tools and the control logic to govern an intelligent well system.

7. Developed a preventative maintenance program detailing required activities, timing, and responsibilities.

8. Engaged field personnel to get their active involvement in the design process and system operating guidelines.

9. Participated in hazard and operability study (HAZOPS), Failure mode effects and criticality analysis (FMECA) Factory Acceptance Testing (FAT) and System Integration Testing (SIT) to warrant clients’ needs have been met and the product/solution is fully functioning according to specification.

10. Developed a preventative maintenance program detailing required activities, timing, and responsibilities.

11. Interfaced with other project teams to progress the standardization initiative where it adds value to the projects

Professional Background

Shaw Group, Charlotte, NC 2007 – Present,

Position: Electrical I&C Project Engineer

Assignments: Provided a comprehensive range of turnkey solutions and technical support to the Project Management, Engineering, Procurement, and Construction Management & Commissioning in order to meet regulatory requirements and to minimize safety, environmental, regulatory and commercial risk for AP1000. AP1000 is The Westinghouse Advanced Passive PWR Nuclear Power Plant that is economical in the world-wide deregulated electrical power industry.

Tyco Inc.: Long Beach, CA 2005 – 2007

Position: Electrical I&C Project Engineer

Assignments: Comprehensive range of Project Management/ Engineering turnkey solutions for EPC projects aimed at Oil & Gas production, processing, refineries, Oily Water Treatment Facilities & Enviro Remediation Services.

Pars Energy, Asalouyeh Persian Gulf (Oil & Gas Power Generation EPC Projects) 1991-2005

Position: Electrical I&C Project Manager/ Engineer

Assignments: See page 1: International Experience

Flour Corp., Chicago, IL 1989 – 1991

Position: Principle Electrical I&C Project Engineer

Assignments: Fitzpatrick Nuclear Power Plant (BWR) Oswego, NY

EBASCO Corp., New York, NY 1987 – 1989

Position: Principle Electrical I&C Startup Engineer

Assignments: Sequoyah Nuclear Power Plant (PWR) Chattanooga, TN

Browns Ferry Nuclear Power Plant (BWR) Huntsville, AL

Stone & Webster Corp., Boston, MA 1985 - 1987

Position: Sr. Electrical I&C Startup Engineer

Assignments: River Bend & Nine-Mile Point II Nuclear Power Plants (BWRs)

Professional Responsibilities:

Project Management -

Overall, applied project management knowledge and management leadership skills to achieve project success by:

1. Manage the planning, design, and construction of large scale Power/ energy projects (e.g. modifications/additions to facilities and infrastructure).

2. Establish, track, and control project cost, scope, schedule, and risk to deliver assigned projects within their approved scope, budget, and schedule.

3. Plan, schedule, and execute all phases of projects in accordance with project management processes, policies and guidelines, and corporate governance.

4. Develop detailed project plans and ensure project scopes, team responsibilities, milestone dates, and the procurement strategy are clearly stated for all assigned projects.

5. Help develop Project Management Plan, Select appropriate processes and analyze constraints and assumptions.

6. Lead and direct the project planning efforts, Identify dependencies between activities to develop a realistic schedule and develop time and cost reserves for the project.

7. Determine and deliver required levels of quality, assist the team and other stakeholders during project execution.

8. Define the project change management plan; determine the need for change requests including recommended corrective, preventive actions and defect repairs.

9. Integrate the project components into a cohesive whole that meets the customer’s needs. Spent more time being proactive than dealing with problems (reacting).

10. Independent Verification as the ultimate risk management strategy for any system by performing an early assessment of development life cycle products by identify risks to schedule, budget, and performance.

11. Understand what contract terms and conditions mean; Make sure the contract contain all the scope of work and all the project management requirements to minimize problems and miscommunications with the sellers.

12. Identify risks, and incorporate mitigation and allocation of risks into the contract to decrease project risks.

13. Help tailor the contract to the unique need of the project while it is being written. Be involved during contract negotiations to protect the relationship with seller.

14. Perform project closing at the end of each phase and for the project as a whole.

15. Influence the project team and the atmosphere in which the team works by promoting good communication, insulating the team from politics, enhancing the positive aspects of cultural differences, and resolving team issues.

16. Gather supporting documents and information as needed to support engineering activities; identify and collect commonly applied design criteria to establish project spec standards.

17. Read and understand the technical and scheduling portions of the EPC contract.

18. Review and comment on vendor drawings, equipment arrangements and space allocations to ensure constructability.

19. Generate engineering deliverables and ensure compliance to policies, procedures, codes, and company and industry standards; Obtain approval for engineering deliverables.

20. Perform work in accordance with applicable guideline; comply with all relevant codes and standards applicable to project and equipment requirements and enforce professional and social responsibilities.

Project Engineer -

As a project engineer, I was accountable for the overall engineering process in support of assigned projects from inception through project closeout. These responsibilities included:

1. All aspects of technical oversight including client interface, work scope definition, design engineering, material procurement, field implementation, and final documentation/drawing as-built,

2. Minor and major modification and/or new construction and installation of the equipment and facilities as well as major repair and/or replacement activities,

3. Delivery of adequate and fit-for-purpose engineering design, resolution of any technical issues arising during field implementation, and completion of appropriate project documentation,

4. Ensuring that engineered designs comply with design basis, applicable codes, standards, and specifications requirements,

5. Technical liaison to the Project Manager for all engineering functions including engineering design, field implementation, and turnover/closeout. This includes ensuring engineering services are delivered in a timely manner to meet project requirements.

6. Develop and manage work scope for the engineering contractors; monitors schedule, budget, and quality per project objectives.

7. Be primary interface with the client group for technical matters including initial work scope development, intermediate reviews of engineering design packages, field implementation, and project turnover/closeout. This includes ensuring engineering design meets operational intent, requirements, and will withstand expected conditions,

8. Be primary interface with the Discipline Engineering during development of assigned engineering design packages. This includes ensuring engineering design is in compliance with applicable codes, standards, and good engineering practice,

9. Facilitation of design review and sign off by required functional groups (operations, safety, Environs, quality, maintenance, etc.),

10. Be primary technical interface with execution contractor(s), manufacturers/vendors, maintenance groups, inspection groups, quality assurance, and others during field implementation to ensure work is completed in accordance with engineering design. This includes adequate monitoring and oversight of construction and installation to ensure compliance with design intent as well as satisfactory resolution of any technical issues arising during field implementation,

11. Maintain, compile, review, approve and submit all project documentation required for satisfactory project turnover and closeout,

12. Ensure the adequate redlining of affected manuals, procedures, and drawings as field implementation progresses,

13. Provide intermediate and final documentation to the client for all modifications or changes to equipment, systems, and facilities,

14. Ensure timely submission of final project documentation to support the documentation updating and archival process,

15. And finally foster a working environment that is open, professional and free of harassment, intimidation, retaliation and discrimination.

Principle Electrical I&C Engineer -

Possessing working knowledge of Electrical, Mechanical, Electro-Mechanical, Hydraulics, Pneumatic, Instrument Control Automation, Ac/Dc Power Generation, Transmission/Distribution, Quality Control, and project management the following undertakings had been supported:

1. Performed engineering analysis, calculations and safety evaluations to implement migration of analog and pneumatic control systems to Digital Control Systems – SCADA, HMI, Supervisory Computer System, RTUs, PLCs and Communication Systems.

2. Prepared/verified conceptual design modification packages; performed design calculations in support of modification packages; developed detailed equipment specification for major equipment; interfaced with vendors on procurement of major equipment.

3. Reviewed and approved design of substations and power systems automation via control devices using data from intelligent electronic devices (IED) to control power system strategies.

4. Reviewed and approved design output documents as P&IDs, Control Logics, Loop Diagrams, and Instrument Indices, Set point Lists, Instrument and Control Valve Specifications and Vendor Document developed.

5. Worked with engineering management group to develop detailed cost estimates to deliver assigned projects within their approved scope, budget, and schedule.

6. As a member of the technical staff, prepared project plans to provide engineering support and technical supervision to meet various project objectives to support project design, construction, startup and operation of the multi phase projects in power generation, cogeneration and water wastewater facilities.

7. Prepared test packages, directed personnel, tracked progress milestone, coordinated engineering activities, solved project related problems, and maintained job records and insured compliance with all applicable standards.

8. Monitored and controlled work activities being performed by offsite or contract personnel, ensuring compliance with site, and regulatory requirements. Managed schedules, reviewed work-in-progress and the implementation of plant corrective, preventive, and outage plans.

9. Developed controls system related philosophies, project specific documents and drawings. Qualified new technologies and system hardware for project use.

10. Performed necessary identified studies to support the development, understanding of new control systems technologies.

11. Participated in development and maintenance of Client’s control system standards assuring appropriately identified. Performed technical assessments of vendors proposed control systems product lines to support the project.

12. Been liaison with project teams, function teams, EPC contractors and vendors to ensure controls related equipment is designed, delivered and installed in line with project requirements and objectives.

13. Participated in front end engineering design, safety health and environmental reviews, and confirmed related risk and reliability issues are closed out.

14. Interfaced with Client QA/QC to ensure that quality requirements are met; addressed control system functionality and optimization to assure project expectations for functionality and operability are met.

15. Participated in pre-commissioning, system integration testing, installation, and commissioning activities of control system equipment. Participate in troubleshooting equipment problems with vendors, installation contractors, and other Client operating affiliates.

16. Participated in troubleshooting control systems related problems with vendors, installation contractors, and other Client operating affiliates.

17. Promote safety in all project aspects of vendor manufacturing assembly, testing, installation, and operations.

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