Control Systems Engineer
Resume:
Hung T. Bui
Pearland, TX ****1
Phone: 346-***-****
Email: ***********@*****.***
Objective: Looking for a position in Control Systems Engineer.
Education: B.S in Chemical Engineering, University of Houston, Houston, Texas
M.S in Petroleum Engineering, University of Houston, Houston, Texas
Professional: Registered Professional Engineer (Texas)
Certified Functional Safety Expert (CFSE)
Summary of
Experience: Over twenty years in the petrochemical, refining, food processing, and oil/gas industries. The ability to lead SIS/ DCS projects from front-end engineering development through startup and commissioning. This includes extensive experience as a process safety and control systems engineer. Expertise in safety lifecycle activities including Functional Safety Management (FSM), Functional Safety Assessment (FSM), safety requirements specifications (SRS), safety integrity levels (SIL) verification, factory acceptance tests (FAT), and proofing test procedure development. Experienced in Safety Instrumented System (SIS), Programmable Logical Control (PLC), Fire and Gas system (FSG), Burner Management System (BMS), distributed control system (DCS), process instrumentation, process hazards analysis (PHA), and layer of protection analysis (LOPA). Knowledge of TCP/IP networking protocols, media (twisted pair, coaxial, fiber optic, and wireless), commination equipment including switches and routers.
Systems: Triconex, HIMA, Yokogawa ProSafe, DeltaV SIS, Honeywell Safety Manager, SIF Manager, Allen Bradley RS5000 ControlLogix, GE Fanuc, Honeywell Experion, Foxboro, and Yokogawa Centum 3000.
Software: Tristation, Visio Basic, Exsilentia, and FaultTree.
Detailed Experience:
Automation Engineer/ SIS Lead
Fluor
2013 – Present
Channelview and Bayport PO/ TBA Project, LyondellBasell, Houston Texas:
Responsible for approving and PE stamping on Cause & Effect and Interlock Narrative documents. Developed Remote Instrument Enclosure (RIE) specifications. Reviewed SIS/ DCS Architecture drawings and System cabinets design with detailed wirings. Responded to questions from Third-party vendors related to software and hardware implementation. Provided Safety Requirement Specification (SRS) and Functional Safety Management (FSM). Participated in hardware/ software Factory Acceptance Tests (FAT) and resolved Punch list items. Responsible for closing Process Hazard Analysis (PHA) actions items related to SIS and DCS scope.
Lake Charles Chemical Project, SASOL Chemicals (USA) LLC:
Responsible for providing Safety Requirement Specification (including Safety Instrumented Function (SIF) list, Cause & Effect drawings, SIL verification) and Functional Safety Management (FSM). Marked P&IDs for proper depiction of instruments connected to SIS/DCS. Responsible for SIS I/O list, Motor control schematic, and complex loop narratives). Reviewed DCS/SIS Architecture drawings and SIS cabinet designs. Participated in P&ID review and PHA meetings. Trained young engineers on SIS Safety Life Cycle steps.
Ethylene Plant Project, Chevron Phillips Chemical Co., Baytown Texas:
Responsibilities included overseeing SIS/ DCS design and PE stamping Cause & Effect diagrams. Supported FAT activities such as providing I/O lists review, system architecture, and functional design/specification, and cabinet design. Developed control narratives and cause & effect diagrams. Participated in SIS/DCS Factory Acceptance Test and Alarm Objective Analysis (AOA) meetings. Responsible for closing PHA actions items related to SIS/ DCS/FGS scope. Participated in RIE kick-off meeting for fabrication.
Facilities Upgrade and Crude Storage phase 1 Project, ExxonMobil West Qurna I, Iraq:
Responsibilities included providing Safety Requirements Specification (SRS), developing Cause & Effect Diagrams, reviewing motor control wiring, participating SIL selection and evaluating Instrumented Protection layer (IPL) for SIS compliance.
Control Systems/ SIS Lead
Jacobs
2012 – 2013
Feed Raw Crude PS3B distillation/ fractionation Project, BP, Texas City Refinery, Texas:
Responsibilities included providing SIF and IPL registers, SIF data sheets, Cause & Effect diagrams, Safety Requirements Specification, SIL Verification report, Safety Plan, Proof Test procedure, and Heater Logic narratives.
Control Systems/ SIS Lead
AeSolutions
2011 – 2012
Fuel Mix and A3 Tower Part 1 Project, Huntsman, Port Neches, Texas:
Responsibilities included providing Safety Instrumented System (SIS) design and verification, Safety Requirements Specification (SRS), SIS Overview drawings, SIF list, SIL calculation (PFD and STR), Heater narratives; and participating PHA/ LOPA and SIL selection meetings.
BPXA AF&G Renewal Program Project, BP Exploration Alaska, North Slope Alaska:
Responsibilities included writing Guidance Notes for Failure Rate Data Collection, Instrumented Protective Systems (IPS) Design, and IPS Requirements Specifications.
Polypropylene (PP) Metering Yard and Olefins 1-2 Projects, Ineos, Texas:
Responsibilities included completing SIL calculation reports, Sensitivity analysis to support SIS proof test, Factory Acceptance Tests, Safety Logic diagrams, Safety Logic narratives, SIF lists, and Cause & Effect diagrams.
Compressor Stop O2 Trip Function Project, Lyondellbasell, Texas:
Responsibility includes providing Sensitivity Analysis Study report. The analysis was performed by using Reliability Workbench incorporating FaultTree+.
Control Systems Engineer
S & B Engineers and Constructors, Ltd
2005 - 2011
Flare Gas Recovery Project, BP, Texas City, Texas:
Responsibilities included providing S84 Lifecycle documents: Unit SIF registers, Safety Requirement Specification, Safety Function Datasheets, SIL calculation report, Cause & Effect Matrix, Factory Acceptance Test procedure, Safety Plan, Proof Test procedure, Logic Diagrams; reviewed SIS squad check drawings.
Benzene MSAT II Project, Western Refining, El Paso:
Responsibilities included providing Reformer Splitter Reboiler Startup Sequence Narratives, SIF lists, Cause & Effect Diagrams, Logic Diagrams, SIS Overview Drawings, SIL calculation reports; and checking/ reviewing SIS Logic Solver Functional Design Specification.
Recycle Gas Compressor Project, Ineos, Texas:
Responsibilities included completing Cause & Effect diagrams, Safety Logic Narratives, SIL Verification report, and SIS Overview drawings.
De-ethanizer Reboiler Furnace Project, ONEOK, Hutchinson KS:
Responsibilities included providing Cause & Effect, SIF list, SIF Datasheets, Safety Requirements Specification, SIL Calculation report, and SIS Overview drawings.
Propylene Project, PetroLogistics, Houston Texas:
Responsibilities included providing DCS-SIS-PLC Trip Interfaces, Cause & Effect diagrams, SIF lists, SIF Datasheets, Safety Requirements Specification, SIL Calculation report, and SIS Overview drawings.
Criterion Catalysts Project, Shell, Port Arthur, Texas:
Responsibilities included providing SIF lists, Safety Requirements Specification, SIS Logic Diagrams, SIS Overview Drawings; attended LOPA meetings during SIF identification and SIL target; assisted in selecting hardware to meet Safety requirements, configuration / implementation of DCS/ SIS Yokogawa systems (Centum CS3000/ ProSafe RS).
Low Sulfur Gasoline Phase II Project, ConocoPhillips, Billings, Montana:
Responsibilities included reviewing and developing P&IDs for control strategies;
specified and purchased DeltaV (Conventional and Foundation Fieldbus); involved in
providing programming logic for compressors shutdown.
Gas Fractionation Projects, Enterprise, Texas:
Responsibilities included completing PLC (Allen-Bradley RSLogix 5000) programming logic for Dehydration units; involved Input/ Output assignments; checked out Hardware/ Software Factory Acceptance Test for PLC and DCS systems; developed data sheets for tagged field instruments (control valves, relief valve, automated on/off valves, and transmitters).
Control Systems Engineering
Kellogg Brown & Root (KBR)
2001-2003 / 2005-2006
PCO Oil Program Project, Iraq:
Responsibilities included utilizing P&IDs and other documents to help team develop instrument index, specification sheets, and physical drawings; prepared requisitions for inquiry and purchased of in-line and off-line instruments.
America Low Sulfur Mogas Refinery, Exxon, Joliet, Tennessee:
Responsibilities included creating an instrument folder checklist to maintain engineering documentation; worked on instrument specification sheets and requisitions for tagged items; such as transmitters, and controls and on/off valves.
Control Systems Specialist, K-Resin Rebuild Project, Chevron Phillips, Pasadena,
Texas:
Responsibilities included working on marking-up P&IDs for rebuilding the plastic resin plant; specified and sized field instruments: flow, level, pressure, temperature, and valve selection; developed control loop narratives to support start-up and commissioning.
Synthetic Carbon Product Pilot Plant, Nanotechnology, Houston, Texas:
Responsibilities included developing standard operation procedure including startup,
shutdown, and troubleshooting; involved in programming PLC for plant safety shutdown (GE Fanuc 90-30/ Micro).
Control Systems Engineering
Nalco Energy Services
2004 - 2005
Hydrate and Paraffin Research & Development project, Sugar Land, Texas:
Responsibilities included a data acquisition system (including VB. Net, A/D
board 232SDA12, pressure transducers, and RTDs) to monitor pressure and
temperature profile throughout the testing; involved in defining junction box and test
panel requirements, and maintaining the documentation on a regular basis to ensure ts
compliance with the engineering and design codes.
Control Systems Engineering
Dunn’s Valves Tester
2003 - 2004
Data Acquisition System Project, Spring, Texas:
Responsibilities included implementing a data acquisition system to detect pressure/temperature/flow signals by using VB 5, MS Access, Snap Master, A/D board KPCI-3116; provided custom reports for signal profiles.
Process Engineering
Houston Maxwell House Coffee.
1997 - 1999
Responsibilities included specifying and sizing pumps; worked on heat balance for the
rice dryers and as a result, identified the heat lost near the cooling section; constructed a VB program that interfaced with an access data base for operator’s daily reports;
operated soluble solid reactor for yield study.
Reference: Excellent References Furnished Upon Request
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