MICHAEL DEAN, (Resume)**-*-**

ad1weo@r.postjobfree.com – 609-***-**** New Jersy)

Professional Objectives:

To utilize my knowledge and experience as an ‘Instrumentation & Control Application Engineer (I&C Project Engineer and I&C System Design, I&E Engineer) in a dynamic and growing company.

(Industry; Energy Power Generation: Fossil, Gas, Oil, Coal, Solar, Wind Turbines, Power plant, Utilities, Electric, Boilers, Nuclear Power Plants, Petrochemical & Chemical plants, Oil Refinery,

Crude Oil & LNG Gas plant, OIL&GAS INDUSTRY, Compressor and Gas processing plants, Polyethylene plant &

Ethylene plants EPC, Wastewater treatment & Desalination's plant & PL C, I&C Hardware Design, Cabinets. Assembly design and I&C Project Engineering.

EDUCATION:

Bachelor of Science, BSEE, Electronics & Electrical Engineer /Instrumentation Control Engineering, NED University of Engineering & Technology.

WORK STATUS; U.S CITIZEN.

AREAS OF EXPERTISE:

• Instrumentation Digital /I&C Design and controls for the Plants;

• Fossil Power plants, Combined cycle, Combustion Gas Turbines & Steam Turbines, Power Generators, EPC Projects, Nuclear Power Plants, Petrochemical & Chemical plants, Oil Refinery, LNG Gas Plant,

• Crude Oil plant, Gas & Oil Production, upstream, midstream & downstream Refining, Urea, Ammonia,Melamine

, Polyethylene plants, Methanol/Ethanol Synthesis Plants, Natural Gas Compressor Station, Boilers Control Instrumentation and control system and PLC Boilers control & Installation, Furnace &, Plant Utilities, HVAC system, Turbo Machinery Compressor Control System, Fire and Gas Detection, Nuclear

Power Plant Distributed Control System, Turbine Control Systems,

• Design EPC project package: Development of instrumentation and control design documents, (P&ID)Drawings, Instrument List and I/O Lists, Control System Architecture, Network, Graphic Display drawings for power generation plants, Instrumentation design and selection field instruments equipment's, instrumentation installation design, termination details, Control system wiring design, Control system logic design, Control system hardware design, Cabinet assembly design electrical and mechanical design, power and wiring, heat load and

power requirements, termination details, and configuration, Coordination with clients, equipment vendors and contractors on projects, Field commissioning support on project startup efforts to run the plant. Estimate I&C

Engineering budget and write clear work plans for proposals, Develop technical specifications, planning, Scope of work,Schedule details plan, specification for construction project, identified in the field existing wiring,

hardware equipment's, control system and modification details proposal of the project, Bid documents for engineered equipment s, Material list, DCS/PLC Control system hardware design, Equipment's FAT

• Exception testing and check software and Configuration, Construction service contracts proposal, Project schedule, outage installation details. Power plant startup and testing, plant commissioning, project progress reporting and closeout project report and documentations.

• Nuclear instrumentation's I&C Retrofit upgrade design, Digital instrumentation Upgrades DCS System &SIS safety instrumentation system for Oil Refinery and Nuclear power plant & Fossil power plants, Steam Turbine and Gas Turbines, Digital control & Triconex TMR controller PLC, Hardware and cabinets design Project used Triconex PLC

, Foxboro DCS and Wonderware InTouch, products Control Room Work Station supervisor control Monitoring System. Project Hardware work on Nuclear R&D Foxboro. Hardware design. And Foxboro DCS and Triconex system design.

• Field site commissioning support, Instrumentation loops checking, DCS control System checking, control room work stations operation and full load Power Generation load testing and Field I&C start-up Test of Safety and Non-Safety Plants. Fields Installation, testing &, Commissioning. and Modification to existing facilities, new

construction for the electric generating and gas compressor, Gas Distribution, and utility plants.

• Distributed Control System.

• Design DCS Control system, PLC Control System & SCADA Systems, HMI, Triconex FPS Safety SIS System, Tri- station shutdown protection control, Honeywell TDC 3000 Migrating to Honeywell

• Experion C300 platform DCS, (FTE) Fault Tolerant Ethernet upgrade & Honeywell TDC2000/TDC3000

• Process Controls system design, TPS/FSC Safety System, Emerson Ovation Control DCS System,

• Emerson Instrumentations,Rosemount Field Equipment’s, and Emerson DELTA V DCS System &

• Delta V Process Control System, SIS Safety Manager System DCS&PLC, Emerson Ovations DCS and Emerson Hardware Retrofit Projects,

• Toshiba DCS Control System, ABB160, Common Q, Qualified Platform, Tele perm XS Arava NP,

• ABB/Bailey Infi90, AB Allen-Bradley PLC5,SLC500 Series and Rockwell FT View SE, Rockwell

• Automation, Rockwell, Plant PAX,Rockwell PLC, Studio 5000,Factory Talk SE, Factory Talk Historian, Factory Talk Batch, Factory Talk alarm and events,S88, Batch, Historian, Control Logix 1756 and Compact Logix1769,Logix5000

• Controllers, Siemens PCS7 System & Siemens T3000 DCS system,TCI-2500 PLC System, GE Mark VI, Woodward Micro net,Mitsubishi Diasys Netmation &Yokogawa DCS/PLC Control System and Modicon PLC System .

• INVENSYS Foxboro I/A series DCS,FCS/FPS DCS control and Triconex Protection system,HMI Software, Infusion

,Wonderware Software,Fox view,RS View/Factory Talk View, In touch HMI,

• Triconex V10.5 Software, Triconex Enhanced Diagnostic Monitor,Tristation1131 system Invensys

• Foxboro Hardware equipment cabinet assembly, Controller Cabinets design, Marshalling Cabinets,

• Power supply, Network,& Server Cabinets design, Hardware integration testing of 210 Cabinets and

• HAT & FAT, Factory Acceptation testing of Invensys Foxboro I/A System,DCS with bus Technologies

•,Profibus,MODBUS and HART, Control Logic, DCS and PLC Design,ladder logic &,logic diagrams,

• Control room Work Station operation .Invensys safety system Triconex and trident system, Hardware, Panel design,Software and HMI Layout, Cabinets wiring design. And testing control System & Commissioning.

• Field instrumentation's equipment selection; Field hardware such as, Transmitters, Pressure,

• Temperature, Flow, Levels, Analyzers, Controllers and Electronic Transmission System, Control Valves,

• Actuators, Limit switch, solenoids, pressure switches, pressure & Level Gauge, Fire & Gas System, CTV Security System, LNG project, EPC Design and implementation of process instrumentation and control system, field installation,Honywell,Rosemout,Siemens,Foxboro,

• Bills of Material list, Cost estimates & Customer interface, schedule budgeting, and Project Technical Design, SPI (In Tools)) database and specifications documentations, Review vendors drawings prints & Project

documentations.

• Safety Instrumented System (SIS);

• Safety Instrument Function (SIF), Layers of protection Analysis (LOPA),Process Hazards Analysis (PHA), Safety integrity Level (SIL) hazards I&C design, ISA Standards,API RP 550 Standard,NEC code,OSHA1910.119,ANSI/ISA

84.00.01 standard equipment .Industry International standards SIS,IEC 1131/61508/61511(Electrical, Electronic IEC61508 & Process IEC61511 study),Hazop study for SIL Level,0,SiL Level 1, 2,SiL Level 3,SiL Level 4, Instrumentation's safety standard design.& ESD Safety shutdown .

• Design Installation documentations; PFD, P&ID /Schematics, Instrumentation control loops & control logic

diagrams, data sheets, I /O list. Technical Specification, EPC documentations; Central Control room equipment design, DCS/HMI, Operator workstation, Software & hardware upgrades, Hardware selection for PLC &DCS.

• Nuclear power plant Automation Instrumentation.

• I&C Engineering Design work, Safety& Non-Safety System Design, Digital control system/upgrades, Design

reviews, I&C Engineering Changes and Modification packages, selection use standards procedures, Control Panel DCS &PLC based Cabinets Design for BWR &PWR Reactor Nuclear Power Plant, Hardware selection & assemble, and loop checking and commission the plant.

• PLC Racks configure and wiring PLC Cabinets, create top level cabinets assembly drawings, bill of material, signal connection Diagrams, component logic diagrams, wire document for interconnecting cables and wires, cable

routing, configuration drawing for configurable modules, test procedures and perform

• Verification/validation following IEEE standards& regulations, data sheets, Plant Turbine Control and Protection system, Leak detection, Radiation Monitoring system, Alarms SOE system, Engineering designing and implementing control systems. Approve procedures and resolve Nonconformance. For Nuclear Power plants.

• Plant instrumentation equipment and PLC Cabinets installations; Field Instrumentations calibration, loops checkout, test out and commissioning of the control systems. PLC Design and Programming Logic Controls(PLC),Supervisory Controls and Data Acquisition (SCADA)and DCS Maintain and Installation.

• Power plant operation.

• Control room operation, start-up operations, Field Maintenance, Faults troubleshooting equipment and commissioning the power plants. supervise operation and maintained, Loops check instrumentations.

• Power Plant Turbine Control System: installation supervision in support of retrofits, including oversight of

subcontractors for demolition, installation, and verification of new equipment of customer site, perform turbine control system site checkouts, commissioning, and system troubleshooting for Gas turbine controls, Steam

turbine controls and Generators. & Driving pumps, compressors. & Utility equipment’s. On GE Gas Turbines,

Mitsubishi/Hitachi, & Westinghouse, ABB Steam Turbines. Make Project design work.and Installation and commissioning the plants.

• Bentley-Nevada Vibration Monitoring 3500 System; Rotating Machinery Protection System. Woodward control system. Instrument and control for compressors and Gas processing plant. Design upgrade I&C Instrumentations.

• Gas Detection Monitoring System: Fire protection system & Fire Alarm equipment, Air Emissions

• Monitoring, Continuous Emission Monitoring system (CEMS), Data acquisition and handling system (DAHS), Analyzer sample monitoring, CCTV Video &Computer systems design, Security System and leaks detection monitoring.

• Siemens industrial Steam turbine & Gas Turbine control: Oil fired Gas turbines use for combined cycle power plants, all type of centrifugal compressor & axial compressor, draft fans and all type of turbines use for (BOP) Balance of plants.

• GE Turbine MK IV, MK V, MKV1, MKV1e: Gas Combustion Turbines.LM6000 controls and DCS project,

Spintronic turbine control system for Gas turbine and Steam turbine/Turbine control system. Anti-Virus

Protection, Hardware, Panel design, Control Logic, HMI Turbine Control System and Power Generation control

operation and requisition process. Turbine control, trouble shooting and maintain instrumentation equipment. & Supervisor and commissioning the plant.

• GE Machinery Signal Simulator MSS, Bently Nevada Asset Condition Monitoring MSS3701 and CASS-3701/40 Adapt Machinery Dynamics Monitor and CASS 3701/55 Adapt Emergency shutdown device. Hardware Test Automation Communication Modules, Spans system acceptance testing, development test, signal generation, protocol and network interface verification data monitoring for system and instrumentation error conditions,

fault injection system configuration and HW and SW Simulation, black and white box embedded system testing,

New MSS test unit,64 channel cover radial vibration, key phasor, Rotor speed, Thrust, Temperature,Relays,& records. Signal work Minden Nevada.

• Power Generation Plants: GE 7FA, GE MKV1- LM6000 Gas Turbines Control, GE Aero derivative Gas

• Turbine & Rolls/Royce Trent60 Gas Turbines with Woodward Fuel control system and.GE Turbine EH

• Controls System. Design upgrade, Vibrations Monitoring, Speed Control, Over Speed Trip Protection System, Automatic Control (AGC) System, Excitation System, Automatic Voltage Regulator (AVR) and Power System

Stabilizer (PSS). Design Retrofit project for power generation plants. Substations, transformer, power breaker panels, Siemens/Westinghouse & GE Combustion Turbine, include DLN Fuel control system, Wood Group GTS, Woodward Netcon 5000 Turbine control system.

SUMMARY OF EXPERIENCE:

• Over Fourteen three years of experience EPC Design:

• in the field of instrumentation and controls project engineering. I have been involved in EPC projects and numerous retrofit plants modification and modernization, installation for power generator plants, and

equipment replacement projects; I have also worked with oil and gas turbines control,

• Boiler control System, Power Generation Combined Cycle & Simple Cycle Plants, Combustion Gas turbines, Aero Derivative Gas Turbines, Steam Turbine, Oil Refinery design engineering project& Refinery processes LNG Plants, Turbo Machinery, Axial & Centrifugal heavy-duty compressors,

• Power plants utilities system, Ammonia plants, Urea plants & Melamine, Polyethylene, Ethylene, Methanol

project plants, Compressor control, Gas processing plants, Air separation plants & all type of instrumentation design concept with specialized industry experience in QAFCO company Doha Qatar.

• Projects EPC Engineering activities: procurement material & construction sites work, technical support & control system checking, Instrumentation Control design, technical specifications, installation Supervision for Fossil

Power Plants, Petrochemical plants. BOP & Boilers, Gas Turbines and Steam Turbines, Hydraulic oil system,

Turbines Exciter and Power Generators, Substations, Transformers and Transmitter power Line, Oil Refinery,NGL Gas plants, Crude Oil, Nuclear power plants& utilities’ plants.

• Machinery protection:

• Bentley-Nevada Vibration Monitoring 3500 system. Plant Gas Detection Monitoring & Fire protection system, Air

Quality control, CEMS Continuous Emission Monitoring System &DAHS, Analyzers, Transmitters, Gauges,Levels

,Flow, Temperature, Pressure, Speed, Vibration, Control Valves, Analyzer, Ph Control, Interlocks, MOV and Motors controller PLC & Cabinets Design, Hardware assembly,Configuration Control System.

• Projects Distributed Control System DCS:

• Design work for different Projects: Honeywell TDC2000, TDC-3000 System and Honeywell Experion PKS Version 431 & C300 system and Safety Manager hardware, upgrade project, TDC3000 Migrating to

• Experian Control system, FTE Ethernet, SIS System, Triconex shutdown System, TPS,DCS/FSC Safety System

,Digital control upgrade, AB PLC & ABB /Bailey DCS, Rosemount,

• Fisher Provox DCS, Invensys Foxboro I/A DCS, Yokogawa DCS, Emerson Ovations DCS System, Emerson Instrumentation and SIS Safety Manager System Design DCS,&PLC, Delta-V DCS,SCADA

• System. PLC Rockwell, Allen-Bradley, Siemens PCS7,T3000&,TXP DCS System., ESD Triconex TMR PLC, Modicon PLC,Westinghouse WDPF, HIMA, and GE Franuc PLC &GE Complicity software design DCS logic, HMI graphics display, Configuration and troubleshooting.& Commissioning.

• Bus technology:

• like Foundation Field Bus, Profibus, Foundation Field Bus,MODBUS & HART. Device Net, Ethernet

(TCP/IP),ControlNet, and Ethernet FTE networks System. Interfacing with SCADA system, Control communication network, design of HMI and DCS System.TDC3000./Experion, Data Hiway port (DHP) design. Redundant network use Fiber optical cables network. Experion C 300 Cabinets with,IOTA,FTA IOLIM & PM I/O Controls.and hardware design.

• GE Mark 1V, V& GE Mark V1 Combustion Gas Turbines,

• Mark VI Millennium S5, LM6000 PC, GE Control, Speedtronic Control & Woodward control system,

• GE Frame 5, 6 & GE7FA Gas Turbines and Steam Turbine. Siemens Gas &Steam Turbines, Westinghouse WDPF, Pratt Whitney Gas Turbine & Rolls Royce Gas Turbines, Cooper Bessemer Cobra RT 66 Turbine.

• Centrifugal Compressors for Natural Gas, Process Air, Syn Gas, CO2, N2 plant, Air Separators Plant, Rotating Machinery Motors, Pumps, and Fans & Steam Turbines. Desalination plants; Waste water treatment plants.

Power Substation control, switching, facilities and UPS Power Supply units (PSU), AC to DC converter, Variable frequency drives and Generator fire protection system, Coal/Oil Fired Boilers and Steam Turbines. and Gas

Turbines controls.

• Plant Control System design:

• implementation, BOP balance of plant, HRSG, Boiler combustion. Vendor drawing Review, EPC Construction, Pe- commission, startup procedures, schedules and project commissioning.

• Trained employees on plant control instrumentations, startup Shutdown emergency procedures, maintenance practices for plants, outage plan shutdown and start-up plant. Experience with electronic testing equipment,

calibration in workshop, Field I&C loops& Control valves, Cabinets design for DCS& PLC, Fire and Gas cabinets. Invensys Foxboro FCS/FPS control cabinets and triconex protection control panel hardware & design wiring.

documentations.

• Preparing process instrumentation specifications:

• Detailed Engineering and process design packages, P&IDs, instrument Index List and I/O List, instrument selections,instrument data sheets,instrument specifications, Field equipment’s, purchase quotations, Material orders,Control valves data sheets and Size calculation, PLC/DCS design & Specification, PLC Control Panel

Specification,plant safety shutdown system design ESD Specification, Control System Network Architecture Diagram,Cabinets design,Control Narrative and Cause & Effect, Junction boxes design and termination details

,instrument Cabling schedule, Instrument and junction box plot plan, Hookups & installation drawings, control room panels, CCTV and Fire &Gas detection specification, Electrical cabinets design, Electrical cables schedule, MCC control room,

• Emergency UPS power supply. One-line diagrams. cable try,conduit & cables routing, wiring diagrams, schematics design,principle & description documents, layout drawings, power distribution high & low voltage, technical documentations, process instrument & flow loop diagrams (P&IDs

• &PFD),Loop diagrams, Schematic SAMA & Boolean control logic diagrams,Foxboro I/A series Ladder Logic configuration,Relay Logic & interlock Logic System,

• Sequential control & Batch processes control, Trconex safety critical protection System,Honeywell TDC/TPS

Total Plant solution protection system, Honeywell Experion C300 System. INVENSYS Foxboro I/A DCS, PLC&PAC

system, Digital I&C design engineering. Design analog, digital sensors instrumentation, I&C Systems testing.DCS Cabinets Design and DCS (FAT) factory accepting testing Hardware accepting test- Checking all input and output signals and I&C equipment’s installation & commissioning. Processing plant Gas Analyzer, H2S, O2, CO2, CH4 Gas detectors, Gas Chromatograph & Zircon Oxygen Analyzer.

• Industry Standard and Regulation and HazardousArea:,

• Design use for Safety Instrumentation System SIS &ISA standard, IEEE Standard, zones division

• 0,1,2,Safety Instrumented System SIS and Safety Instrumented function SIF, Safety Integrity Level SIL

• Level 0-1-2-3-4 and International Standard used,ISA Standard, IEEE standard, ISO,ATEX,API,UL

• Standard, IECEX,,NEMA,IP65,ASME,NACE,10CFR50,NEC, NFPA85 Standard,

• ANSI/ISA 84-00-01-2004Standard, OSHA 1910-119 Standard Environmental, SIL IEC

• 61508/61511function safety electrical/ process, ISO 9001 standers Procedures. Process hazard analysis (PHA) & Layer of protection Analysis (LOPA), Hazop standards.

• Electricals Safety Standards,Experiece with Safety/compliance-requirements,OSHA,UL,NFPA,CE,IEC,ATEX

,knowledge of domestic/international standards.

WORK EXPERIENCE:

Jacobs/ Atkins, Edger Water Technical, LPF Project Y12-Oak Ridge TN, January 2023 – to-Oct 2- 2023.

Position- Senior I&C Engineer.

Project: LPF, NUCLEAR PROJECT

CLIENT; DOE,Y12 OAK RIDGE,TN

Working as Senior Instrument and Control Engineer for LPF Project, Design,

Selection of AB PLC hardware,such as chassis control Logix Modules,Power supply, cabling system and all Instrumentation equipment for 5 plants,

Selection of instrument PLC control system Allen Bradly, Design control cabinets.

Checking P&ID and Instrument list. I/O points, Instrument data sheets, location plan and complex panel wiring and loop diagrams base on AB PLC FAT cabling system, and select Fields Equipment’s,

Checking of Instrument Specification. SJB junction boxes, Analog AI/AO point and Digital DI/DO points and make SPI wiring drawings for all Systems, RPS, PPF/MPH, MI and Facilities plants,LPF Nuclear Project,

LPF/Y12,I&C Documents and drawings made for this project which cover such as,

1-P&ID with Skids more then 30 unites.

2-Instrument Index

3-I/O List,

4-Alarm List,

5-Calibration list,

6-Control Narrative report,

7-Control Specification,

8-CAS-Control architect system drawings

9-Control panel view Layout drawings,

10.Instrument Location plan,

11-Panel wiring & Loop diagram

12-Junction boxes breakdown list

13-Instrument data sheets for all 5 plants system

14-instrument Installation details including items and drawings.

15-Bill of Material, Allen Bradley control cabinets, and fields instruments transmitters, control

valves. and all equipment’s for LPF project.

16-point assignment for PLC Allen Bradly racks Modules, AI, AO,DI,DO cards. communication card,

17-24VDC UPS Panel Layout and Power supply lay out drawings.

Ohio State University SMART Camp Project Columbus Ohio. (ENGIE French North America Company)

Instrumentation and Controls Project Engineer. August 2022 – September 2022

The Smart Project, which generates nominally 100 MW of net power output with heating and cooling export to the campus. The two-on-one (2x1) combined cycle CHP/DHC plant utilizes 2 Siemens SGT-700 -32MW combustion turbine generators (CTGs) powered by Natural Gas, 2 Victory Energy Operations heat recovery steam generation (HRSGs) (Single Pressure, w/SCR & w/Duct Burner System, and a single Siemens STT-700 (43MW) steam turbine generator (STG)(extraction condensing). All major equipment will be located inside a building along the district heating and chilling plant equipment. A 15kV power connection to an OSU Substation forms the connection to the university power distribution arrangement.

• Instrumentation and control Engineer Project EPC work details.

• ENGIE Group is seeking an instrumentation & controls (I&C) project engineer to support a 100MW combined cycle CHP university expansion project located in Columbus OH.

• Responsible for reviewing EPC contractors engineer deliverables and determining the acceptability of engineering works related to quality, functionality, and contact adherence.

• Scope of works for instrumentation and control system. check Design Basis Drawings CHP Contract Documents, New Drawings/FLS Issued for Construction, verify current hardware design, System descriptions and control system Narratives.

• Submittals 11&9 check all Documents, and ThermoSystems Submittals, PLC, DCS,Allen Bradley system.

• Instrument list checking, and purchase orders checking if all material are on order, also check missing purchase items.

• P&IDs checking, and confirm all instrumentation are added, design ISA standard, also check hazoops study and classification area of field equipment’s installation.

• PLC base control system, hardware checking, control system panel design, procurement, and fabrication.

• Review panel design and existing software design specification.

• PLC equipment’s used in control room console, DCS room, and plant area, like computer/network hardware/monitors/historian workstation.

• Review design, control network architecture drawing.

• Control loop drawings, wiring drawings. Power supply drawing and UPS supply for control system.

• Factory acceptance testing and training.

• Plant start up and commissioning. Handover to operator.

• Make a built document, drawings, data sheets, specification. Spare parts specification.

• Checking for PLC equipment’s are on orders, Any missing items order soon, Allen Bradley control Logix processor 1756 -I8X, racks, DCS network cabinets. DCS server cabinets & DCS operation system.

• Fields Instrumentations installation, and control room PLC equipment installation and Loops checking, and power plant testing and commissioning.

SPARC Project this role is supporting the MIT Plasma Science and Fusion Center Devens MA

Instrumentation I&C Engineer (Hybrid Remote for client in Devens, MA - March 2022 – May 2022

• Design, implementation, testing, installation, and commissioning of the I&C for the fluid systems of SPARC

• Engineering process, installation of sensors, measuring instrumentation. Machine operations Plasma control.

Responsibilities:

1. Design of the I&C for multiple fluid systems of the SPARC by production of the required design deliverables according to the SPARC design process.

2. Collaboration with lead engineers and other key stakeholders to ensure functions, designs and interfaces are implemented according to SPARC requirements.

3. Coordinate and oversee implantation, testing, installation and commissioning of I&C systems according to the project schedule.

4. Manage suppliers of components and integrated subsystems of the I&C systems.

5. Produce engineering deliverables such as instrument list, signal lists, loos diagrams, data sheets and cabling schedules.

6. Produce testing, installation, commissioning, operations, and maintenance procedures for the I&C systems.

7. Ensure the design is completed in compliance with the Code of Record and established requirements;

8. Maintain interfaces with other engineering subsystems

9. Report on and be accountable for the progress to the head of the I&C and other engineers responsible.

10. Designed, built and operated industrial control systems with interlocks and protection functions from concept to completion under a QA program.

11. Selected instrumentation and implemented feedback control loops for gaseous and liquid systems.

12. Application of engineering fundamentals to provide specific I&C solutions depending on the process needs.

13. Instrumentation in challenging environments.

14. Familiarity in applying IEEE and IEC Standards to design solutions.

15. Understanding of the safety risks of fluid-based systems

16. Production of engineering deliverables for design reviews, construction work packages, commissioning, operations and maintenance.

17. Siemens SIMATIC S7 product range.

18. AVEVA or similar.

Additional experience and/or qualifications; cryogenic systems, industrial HVAC, vacuum systems, hazardous gas systems, cooling water systems, Boiler Control system, radiation effect on instrumentation components throughout the signal path, magnetic field effect on instrumentation components throughout the signal path.

Southern nuclear company plant Vogtle unit 3 & 4 Waynesboro Ga - Sept 2021 to November 2021, Instrumentation and Control Field Engineer

• Work package closure support I&C field Engineer Project design by Westinghouse AP1000 PWR Reactor,&

construction by Bechtel Company for SNC Electric Generating plant, The AP1000 Instrumentations and Control I&C system is used Emerson Ovation DCS and PMS Safety System.

• The instrumentation field Engineer is responsible for the technical oversight of all instrumentation activities on the project.

• Instrumentation Engineer in support superintendents responsible for executing the instrumentation construction work.

• Design authority for the project.

• Enforce electrical construction design.

• Prepare and assemble construction packages for assigned scopes, including required inspection and test records, drawings and data sheets to fully document installation.

• Provide engineering assistance to Superintendents, including the interpretation of Engineering design

documents,vendor documents, and other technical documents such as installation instructions and manuals.

• Review engineering design documents to ensure their completeness and constructability and prepares field change documents as necessary to support their assigned scopes.

• Prepare construction working drawings for the use of superintendents as required.including temporary construction facilities.

• Responsible for field sketches of revision and additions and preparing as-built drawings.

• Monitor installation of materials and equipment’s to assure conformance with drawing, specification vendor and other technical documentation.

• Prepare and complete inspection record, test plans and test procedures, and other associated documentation for assigned discipline/scope.

• Responsible for quantity take-off, control, reporting and forecasting for all instrumentation quantities.

• Coordinate with engineering to resolve design and constructability issue.

• Work with the suppliers to ensure compliance with project drawings and specification.

• Prepare material requisitions, coordinate,and review vendor drawings.

• Work with Procurements, expediting team to ensure the delivery of vendor materials to support the project schedule.

• Apply management of change process to the Pre-commissioning instrumentation activities. This includes design changes, scope changes, produces NCRs/RFIs/FCDs, redlines, and associated rework and retesting coordination as per project procedures.

FUN FACTORY SENSORY GYM LLC NEW JERSEY. (Private Company) Sept- 2019,20,21&-Present 2022 CONSULTANT ENGINEER & PROJECT MANAGER,

• Engineering and Design work of Therapy play Sensory Gyms.

• AutoCAD drawings, building sketches, and Electrical drawings.

• Equipment’s selection, material cost estimates, and manpower cost etc.

• Projects Schedules MS planning, Installation and

Contact this candidate