Project Management Instrument Engineer
Resume:
ByCURRICULUM VITAE
ELECTRICAL & INSTRUMENT ENGINEER
Mohammad Sayyaf
Name
Date of birth
Sex Male Marital status Married, one kid,
Phone: +593-********* Ecuador
*******@*****.***
Language English, Spanish, Arabic, Urdu, Persian.
Availibility Immediate Plan.
Education/ Qualifications
1995-1999 IA University, B.Sc. Electrical Eng. (Instrument, Electronic, Electro-Mechanic),
2010-2013 University of Liverpool, MSc. Project Management,
CAREER OBJECTIVE
Seeking a position as a any project in Ecuador or any similar industries where I may use my knowledge of
computerized machinery and manual dexterity in order to add to the value of the company in the industrial arena.
SUMMARY OF QUALIFICATIONS
Over 15 years of technical experience as a managing of Electro-Mechanical, MV/
HV Electrical Control Systems and Instrumentation OR A-Z communication
systems.
Highly experienced in inspecting and repairing electrical/ electronic equipment,
Hands on experience in providing direct preventive and predictive maintenance
on pumps, turbines and other specified machinery, E&IC Control panels testing & MANTURBO compresors
running including sub systems.
Proficient in determining material needs and vibration analysis,
TECHNICAL ACHIEVEMENTS
Introduced a complex feedback system for determining each projects material needs and job methods,
Accredited with Employee of the Year Award three times in a row for excellence in maintaining the companys machinery to the highest of standards,
Employment to Date/Work Experience
April 2013-Dec. 2023 FISS B.V., the Netherlands Company,
Project: Petroleum Refining Plant, HSE, Energy and Environment Development, Chain Management,
Position: Senior E&IC Operation, P&ID Project Analysit,
Lead P&ID AUDITS & Site advisor, Of the total relevant experience
indicated above, this candidate Lead Project Engineers with an Engineering Design Consultant or EPC Contractor in Offshore Oil & Gas Industry.
CURRICULUM VITAE
ELECTRICAL & INSTRUMENT ENGINEER
Therefore, this candidate possess excellent project coordination, P&IDs Analysor management skills and preferably be a certified Project Management Professional (PMP), that is fully familiar with Offshore HSE and QA/QC procedures of major projects and application there -of.
P&IDs Analysor with base of Knowledge on Offshore projects;
platform and decks fabrication; Installation barges; Installation techniques and logistics that
are essentially support Refinery groups from upstream side of feed process.
A large effort by experience also included in the engineering to issue
procedures and coordination with various discipline engineers during concept of optimization studies, FEED & Detailed engineering development scoped.
Reviewing Design/E &I Engineering backgrounds and experience of refinery operators in the commissioning & start-up and trouble-shooting of oil & gas processing facilities managed as an advantage.
April 2012-April 2013 EPC Group, Belgium Base Company,
Project: ARAK Oil Refining Project, RFCC & RCD UNITS Refinery Project
Developments- Comm. Chain Management, Pre-Comm. & Commissioning Operation
Specialization Services
Position: E&IC Department and P&IDs Site Operation Analysor
Brief of Activities:
Shift plans, Day/ Night, Key Performance Indicators extracted from duties and
responsibilities supports to indicate Millwright service for group have a
production or service management and monitoring system, when a job KPI
being translated into a weight or points and being effected by a production or
service factors. To provide, with full responsibility and accountability, a
professional project coordination and management service to the corporation
covering all aspects of the Development Project Execution, Definition and
Execution stages, especially Scope of work preparation to review vendors,
evaluation, spare part managing and preventative service maintenance direct
site supervision of contractors and vendor packages.
Responsible ITB, towards executing the assigned part of the commissioning
development process within approved budget & schedule with highest possible
quality day/ night shift plan and safety in accordance with sound international
Engineering standards and codes, code of conducts in practice and relevant
procedures.
To provide P&ID effective informations for commissioning stage, Full
Mechnical coordination and ITB management of engineering. and project
efforts at the division & mechanical completion department level and ensure
Department & Corporate level project and engineering policies are efficiently
implemented into action Leads a team of Senior Project Engineers to ensure
that engineering, procurement, fabrication & construction, offshore installation
& hook-up works are in compliance with the specified requirements and
designs and are delivered in accordance with the approved quality control
directives, budget and programmed schedule(s).
To ensure that the Project Team remains focused/aligned on the project
performance objectives; schedule/milestone objectives; cost/budget objectives
and consistently directs all the efforts towards achieving them during all phases.
Significant Electro-Mechanical Activities: Be conversant with the technical and commercial aspects of the
Project and have a full understanding of the scope of work, as provided by the Vendor Leaders of Group
Engineer.
Installs machinery equipment according to layout plans, bluepr ints, and also
other drawings in industrial establishment, using hoists, lift trucks, handtools,
and also power tools
Reads blueprints schematic drawings to define work procedures
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CURRICULUM VITAE
ELECTRICAL & INSTRUMENT ENGINEER
Dismantles machines, using hammers, wrenches, crowbars and additionally
other handtools
Moves machinery equipment, using hoists, dollies, rollers, and also trucks
Assembles as well as installs equipment, like shafting, conveyors, and also tram
rails, using handtools power tools
Constructs foundation for machines, using handtools b uilding materials, like
wood, cement, and also steel
Aligns machines equipment, using hoists, jacks, handtools, squares, rules,
micrometers, and also plumb bobs
Assembles machines, and also bolts, welds, rivets, or otherwise fastens them to
foundation or other structures, using handtools power tools
May operate engine lathe to grind, file, and also turn machine parts to
dimensional specifications
May repair as well as lubricate machines equipment
May install robot modify its program, using teach pendant
May perform installation maintenance work as part of team of skilled trades
workers.
June. 2010- Sept. 2011 Hassani Groups (International Food Processing Industries/ Corporation),
Dubai- UAE
Project: DIP Industrial Development- Cooperation/
Position: E&IC Site Manager / E&IC and Commissioning & Operation Manager
DIP-Dubai-UAE
Brief of Activities:
This position was accountable to support full functional of food grade materials
and packing machines like Rovema,in the DIP Dubai projects/ equipment
design stages for the successful execution of a portfolio of assigned projects
and for the support of PDE activities, through senior level leadership, guidance
and direction on the strategy and standard offshore execution, and supervision
of the responsible Project Manager or Engineer under the general guidance of
the Senior Project Manager.
To generate systematic project development, design, execute, build.
This role was involved in the interaction with, management of interfaces
between, and offshore building and successful relationships with execution
teams in the US and in Asia.
Under broad direction, supervises assigned staff. Provides on- site consulting
and monitoring of customer job requirements and conditions and coaches of
site personnel. Understand all job site functio ns and coordinate with appropriate
departments. Viewed as a role model for all subordinates as well as the
customer and general public, accordingly.
Confers with customer representative, as needed, to ensure that company
interests are protected by safety systems and that project completion goals are
met. Advises on specific servicing problems and recommends use of
specialized tools, techniques, and services.
Ensures all maintenance procedures are completed, correct and recorded
properly. Leads in promoting customer Health, Safety and Environmental
(HSE) policy.
To provide technical expertise and solutions to the custom. Provides input on
job performance levels of crew. To provide dispute resolution. Leads employee
behavior and role based competency by mentoring and developing to achieve
excellence in Service Quality and HSE performance.
Develop Process Improvement Initiatives. Promotes excellent customer
relations and satisfaction. Completion of an undergraduate degree in safety
management preferred or an equivalent combination of education and
experience sufficient to successfully perform the essential functions of the job.
3
CURRICULUM VITAE
ELECTRICAL & INSTRUMENT ENGINEER
P&ID AUDITS Participation: By having base of auditing experience in Offshore Platform and also Rig
Audits, therefore, candidate participated in the experiences involved in some of following areas from the list:
- HAZID / HAZOP, Risk Assessment, Emergency Response Planning.
Emergency Response Drills, Blowout Contingency Planning.
- Drill Well On Paper, Integrated Management Systems
- Safety Cases, Wellhead Audits, Readiness Reviews, HSE Audits
- Well Control Rig Audits, Competency Assurance Audits
- Offshore Platform/Rig Audits, Flow-back Audits
- Coil Tubing Audits, Cold Eye Reviews, Incident Investigation
- Sustainable Project Management Scope.
May 2008- June 2010 Alvand Indco consultant of Cement Factory,
Volunteer position: PMO Offshore/ Onshore supportive, Commissioning Site Manager
Brief of Activities:
A capacity expansion project (89k to 180k B/D), provided detailed
mechanical & Instrumentation engineering FEED supports with respect to
rotating equipment, piping, pressure vessels, and design changes / MOC
management. Participating with Ownership of the department reliability
initiatives, including Root-Cause Failure Analysis (RCFA) and Failure
Mode Effect Analysis (FMEA) for Off-shore platforms and reliability
event management.
Monitored advanced equipment condition using Bently, System Software.
Contributed to leadership in long-range maintenance improvements.
Analyzed and developed maintenance and efficiency opportunities.
Provided technical support to turnaround planning, procurement shipment
schedules.
Analyzing of Ownership of the departments non-routine maintenance
projects. Provided electrical & mechanical engineeri ng for the
departments MOC process. Interfaced with equipment manufacturers,
vendors and service contractors.
Sept. 2006- May 2008 Sazeh Koosha Co., Bandar Imam Petrochemical Company. BIPC- BIK PORT
Project: Revamping Under Capacity Expansion of Olefin plant 400T/Y,
BIK Port- West North of Persian Gulf
Position: Management Consultants: Commissioning & Planning Manager
Brief of Activities:
Act as discipline expert in the field of integrity management for loading/
unloading systems. (reply to international shippers)
Liaising with clients and engineers for coordinating integrity activities
Input into and technical review of risk-based integrity assessment.
Development of inspection work packages and techniques.
Revamping technical review of inspection findings and comment on inspection
reports.
Identification, assessment, and categorization of anomalies and other integrity
issues. (Shutdown & Per-Shutdown schedules)
Review and assessment of key performance indicators (KPI).
Review and comment on condition assessment reports and fit-for-service
assessments.
Provide recommendations for ongoing integrity management mitigations
including identification of new technology.
Ensuring continuous adherence with relevant codes & standards including
industry best practices.
Professional Engineer, Chartered engineer or equivalent is a plus.
4
CURRICULUM VITAE
ELECTRICAL & INSTRUMENT ENGINEER
July 2005- Sept. 2006 Al Waha MEP Group. Dubai-UAE
Project: Dubai Building Developments (Private Owner)
Position: Scope and Execute Front-End Engineering Supervisor
Brief of Activities:
Participated in engineer-in-training programs, teaching practical instrument lab
that is entailed a mentoring process from P&ID Eng., mentor and engaged in
rotating assignments throughout projects.
Assignments focused on production processes and electro-mechanical systems,
plant operations and maintenance, rotating equipment, piping and vessel design
(API, ASME B31.3, IEEE, IEC, DN, ASME Section VIII), mechanical &
electrical trouble-shooting, root-cause / failure analysis, HAZOP studies,
Project management fundamentals, and various capital and maintenance
projects, assignments and feasibility studies.
Participate in ASTA type power electric testing processes.
Prepare Man-Power Site Mobilization and demobilization plan;
Planning & Scheduling the man-power according to available budget;
Preparing cost accounts and job phase for production & operation;
Cost analysis & budget management;
Review cost breakdown structure (CBS)
Cost controlling for man-power & procurement services;
Feb. 2000- July 2005 Namvaran (Engineers and Management), Economic Petzone, BIK Port
Project: STPC-MC, Technimount PTA, Zimmer AG PET, SSP, Projects Establishments,
Capacity 330 kT/Y
Position: Control & Instrumentation Supervision Team
Brief of Activities:
To provide Automation, FCS, DCS strategic control and instrumentation
engineering support
Electro-Mechanical Systems, Experience and technical knowledge of
equipment and production operations
Site Instrument fields, Technical authority for control and instrumentation
issues/problems
Responsible for specific platform performance standards and specific
task/personnel management as identified by Production Superintendent
Build team spirit and provide leadership and mentoring as appropriate
Responsible for fostering an awareness of and adherence to relevant legislation,
regulation and best available practices. To these ends responsible for
instrumentation maintenance strategy and implementation
Wiring & Close Loop Links, Loop Checks, Cold & Hot, I/O, Internal valve
checks, Discrete signals,
Specialist operations and technical expertise for ensuring the safest and most
cost effective methods of installation operations, while minimising any loss of
production revenue through innovative techniques, procedures and equipment
Responsible for gaining a "bottom up" consensus for budget building and buy -
in to annual budget performance. Contracts review, tender evaluation and
monitoring of service contracts,
Reliability Management, Contribute to the maintenance team competency
assessment process for offshore team me mbers
Technical authority for reliability management issues
Participate as a member of the maintenance team in delivering safe ty critical
performance targets
Maintain and implement a fit for purpose root cause analysis system for
analyzing significant equipment failures
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CURRICULUM VITAE
ELECTRICAL & INSTRUMENT ENGINEER
Facilitate root cause learning from major incidents so as to identify and
implement actions to prevent repeat failures
Identify equipment "bad actors" on each installation and implement viable
equipment improvement programmes to improve equipment reliability.
Monitor unplanned down time and failure modes of installation "bad actors"
SKILLS SUMMARY
Mechanical equipment and systems:
Propulsion plants: Gas turbines, steam turbines, and diesel engines up to 230,000 HP
Power plants: Gas turbines, steam turbines, and diesel engines, up to 1500 MW
Propulsion systems: Direct propeller, pitch propeller, reduction gear box; electric motor
(synchronic variable)
Generators: Brushes and static electronic excitation, gear coupled indirectly to main engines
and directly to turbo-plants (from 3 X 440 V low voltages to 30-1500 MW power plant)
Fuel injection systems: Fuel injection combustors (JP-1 Aircraft fuel), fuel injection (Bosh
pumps system), heavy fuel (crude), diesel oil injection pumps, kerosene, rotating burners
(boilers), crude and diesel oil, steam and air atomization, gas and WTE kiln rotating combustors
and furnaces
Boilers: High pressure water tubes up to 900 PSI with 16 burners, low-pressure commercial
boilers and burners, steam plant systems and steam-powered mechanical equipment, absorbers,
co-generation, recovery boilers, and super-heaters
Waste management: Sewage recovery systems, incinerators, sewage water treatment, caking
centrifuges, and polymer, sulfuric acid, and caustic treatment systems
Auxiliary equipment: Screw and reciprocating air compressors up to 1200 PSI, fuel oil and
lube-oil vertical purifiers, HVAC systems (including chillers and absorption), direct and
indirect refrigerating plants, Freon 22, 12 and 134 screw compressors, ammonia refrigerating
tunnels with reciprocating compressors, and water distillation plants up to 105,680 gallons per
day
Pumps: Centrifugal steam, electric, diesel motor, and hydraulic powered for water, sludge, and
fuel oil (horizontal and vertical, simple double and multiple stages), with capacities of up to
2,500 cubic meters per hour (660,500 Gallons); positive displacement pumps, including
reciprocating, screw, lobule, spiral, gear, pulse hydrant, and diaphragm, at pressures up to 300
kg/cm2 (4,266 PSI)
Others: Inert gas systems, crude oil washing systems, gas recirculation systems, regenerative
thermal oxidizers, gas liquefaction systems, air compressed systems, turbochargers, and
scavenge reciprocating pumps
Water treatment plants and systems, including boiler feeding water, sewage water disposal,
drinking water, industrial processing water, and engine cooling water
CMM and CCS control systems
CCS: Simos 31 & 32, Dynac, Brown Bovery P24, ACC, Wonderware Computerized control
systems, Contronics,
CMM: MP2 & Maximo, Siemens CMM 216, Brown Bovery CMS X-73
Electronic Control: Siemens PLC, and Alan Bradley PLC and systems, Honnywell, Delta V
Control systems: Electrical, electro-pneumatic, electro-hydraulic, and mechanical control
systems, valves, including regulating valves, safety valves, controlling valves, cut off valves,
and emergency valves, total field instrumentation and control devices,
Instruments: Pressure meters, flow meters, CEMS (continuous emission monitoring systems),
PH indicators, vibration switches, temperature switches (pt, thermo rope, etc.), gas analyzers
(O2, NOX, CO2, CO), level indicators, and vibration instruments (Ludeca)
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CURRICULUM VITAE
ELECTRICAL & INSTRUMENT ENGINEER
Maintenance Programs
Maintenance special training: RCA (reliability centered maintenance), TPM (Total Productive
maintenance), Kaizen (Continuous improvement), performance and efficiency engineering, lean
manufacturing, metrics, and troubleshooting techniques
Preventive: Development and implementation of scheduled maintenance programs and
lubrication plans, overhauls, outages, inspections, draft tasks, instruction books, procedures,
checklists, and emergency response programs
Predictive: Development and implementation of data collection systems and programs, fault
trees, root cause analysis, temperature and vibration spectrum analysis, lubrication analysis,
thermal growth, alignment and bearing management, Infrared monitoring and analysis, report
and procedure drafting, and trend analysis and spectrum generation to prevent breakdowns
Corrective: Development and implementation of corrective actions such as laser alignment,
balancing, lubrication plans, maintenance frequency, and training
Training: Development and implementation of personnel training, including SOPs and SMPs,
checklists, and instruction books
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