Mr. Amir Kordestani is a highly skilled in various positions, Senior Automation Lead Engineer, SME, FS Lead Engineer, Project Manager, and Senior System Engineer (Software Programming) with over 19 years of international experience in heavy industrial Oil&Gas, LNG, petrochemical, Nuclear Power Plant and mining (aboveground & underground) sectors. He has a strong background in FEED, basic design, detailed design, procurement, construction, inspection, testing, installation, commissioning, and start-up activities for I&C Systems DCS/PCS, SIS, and FGS. Mr. Kordestani is proficient in designing and maintaining industrial networks, both physical and virtual, including switch VLANs and cyber security management. He excels in control system logic and HMI graphics programming and troubleshooting, as well as control system HMI network setup and troubleshooting. He is experienced in control system panel design and testing and assists in preparing technical solutions and estimates for proposals.

With his expertise, Mr. Kordestani has successfully led small teams of engineers and designers in performing automation engineering/design/programming activities. He has led and implemented programming of DCS, SIS, and FGS specifications, networking, and 3rd party integration, as well as cyber security and cloud-based applications (Azure and Veeam). He has also played a crucial role in application and system acceptance testing FAT/SAT. Additionally, he has prepared, thoroughly reviewed, and approved various technical documentation and drawings related to I&C Automation to ensure compliance and avoid technical issues. Mr. Kordestani specializes in Hazard and Operability (HAZOP and CHAZOP) review meetings, Safety Integrated Level (SIL), and Alarm rationalization/management review meetings. He has generated detailed Control/Shutdown narratives, C&E, and FAT/SAT for DCS/SIS configuration and programming purposes. His hands-on experience includes DCS/PLC/SIS programming and configuration, as well as sizing of Control Valve (CV), Flow Element (FE), Intrinsically Safe (IS), and Restriction Orifice (RO) using tools like InstruCalc and SPI, SP3D.

Throughout his career, Mr. Kordestani has consistently achieved project milestones and completed work within assigned budgets. He is known for his strong dedication and work ethic, requiring minimal supervision. His commitment to delivering work of consistently high standards and quality is unwavering. He stays up-to-date with the latest codes and standards, including national and international ones such as TSSA, ISA, CSA, IEC, IEEE, EEMUA, API, EN, DIN, ANSI, ASME, ASTM, and ISO, as well as client codes from companies like SHELL, ExxonMobil, and TOTAL. Furthermore, Mr. Kordestani has over three years of experience as a Lecturer, teaching and moderating I&C courses. He has valuable hands-on experience in design development and setting technical development standards using information technology solutions.

Sectors Of Expertise

Power

Mining & Metallurgy

Oil & Gas

Fire Protection

Telecommunication

Additional Expertise

Site Experience

>USA

>Canada

>Oman

>Iran

>Malaysia

>Dubai

>CANDU Technology, ACCIS, DCC, SCADA

>Minerals & Metals (Underground/Aboveground)

>Control systems (DCS, PLC, SCADA)

>FGS Detection Systems

>CISCO, Wireless Networks

>Engineering activities for Foxboro-Invensys, Emerson DeltaV, Yokogawa Centum CS-System;, PlantPAx (Rockwell), Delta V (Emerson), Experion (Honeywell), 800x (ABB), Wonderware® InTouch®

>In-depth knowledge of HAZOP, HAZID, SIL determination (LOPA method) & SIL verification.;

>In-depth knowledge of PLC brands, Rockwell ControlLogix,Siemens S7; Simatic PCS7 (Siemens)

>Proficient in Intergraph Smart Plant: SPI (Intools) for instrument design and documentation.

Experience

>19 years

Contact #

>+1-416-***-****

>ady45y@r.postjobfree.com

>Toronto ON CA

Key Positions

>Principal Engineer (SME)

>Senior Engineer

>Lead Engineer

>Project Manager

Languages

>English

>French (Basic)

Education

2010-2012

2000-2004

>M.Eng. Industrial Control and Electronic, UM - University of Malaya, Kuala Lumpur, Malaysia

>B.Sc. Electronic Engineer, PolyTechnic Tehran, Tehran, Tehran, Iran

Computer Applications

>InstruCalc Instrument Sizing Suit Version 8

>DCS: Foxboro I/A IACC/FCS/Galaxy, Honeywell TPS DCS 3000 - Experion PKS, Emerson Delta-V, ABB AC800 XA Control Builder, Wonderware® InTouch®

>PLC: Siemens: PCS7, Step7, WinCC, Modicon: Unity Pro

>Intergraph Smart Plant: SPI (Intools), 3D (SP3D).

>Coding: C# C++/Java / VB /XML

>AB: ControlLogix, RSLogix 5 & 5000 & Studio 5000 / FactoryTalk / RsLinx and RSView, PlantPAx

OS:

>QNX

>Linux

DB:

>MS-SQL

Other:

>COMOS

>ACCIS

>Historian PI

>MS Office & Project, VB, Primavera P6

>Bluebeam, MicroStation®

>Autodesk (Navisworks), AutoPLANT 3D,

>Enterprise/Oracle RDBMS/QuickBase

>Data analysis and Machine Learning: Python/R/SQL, Microsoft Azure ML, Veeam backup

>Simulation: MATLAB / Simulink / LabView NXG

Professional Experience

Senior Software /Automation /Programming /FS Lead Engineer (SME), Project Manager, SNC-Lavalin

2014-CUR

Cernavoda 1 Refurbishment Nuclear (CANDU) Power Plant Project,

>Senior System Engineer, developed and maintained the Cyber Security Assessment Procedure and Forms to ensure compliance with industry standards and regulations. Prepared detailed technical specifications for software projects, including requirements gathering, design, testing, and deployment, while ensuring compliance with industry standards and regulatory requirements such as CSA, NRC, IEC, and NEI. Performed susceptibility assessments and security testing to identify and mitigate security risks, collaborating with stakeholders to gather and prioritize requirements, resolve issues, and align with business goals. conducted extensive research on emerging technologies, trends, and best practices in Cyber Security and related fields, proposing innovative solutions to improve software security.

>Reviewed the Digital ROP (SDS 1/2) software to ensure its reliability and safety. Developed the software solutions that enhanced the functionality and reliability of the SDS.

>Responsible for the design, development, implementation, and maintenance of the ACCIS (Advanced Control and Computer Information System) software, utilizing programming languages and technologies such as C/C++, XML, and the QNX OP system. Furthermore, successfully integrated commercial off-the-shelf hardware and software products into the ACCIS configuration.

Rio Tinto Simandou Iron Ore Project

>Functional Safety Lead (SME), Reviewed the Functional Safety Management Plan (FSMP) and served as a HAZOP/SIL Study Facilitator. Prepared node selection and described the design intention of the node. Conducted brainstorming sessions to identify concerns and reviewed standard checklists for additional potential concerns. Selected valid concerns, identified consequences, and assessed existing safeguards. Ranked risks and developed recommendations to address actionable risks and ensure consistent risk management. Ensured compliance with detailed Safety Instrumented System (SIS) Safety Life Cycle requirements throughout all phases, following IEC-61508/61511/62061/AS4024.1503 standards. Reviewed project basic documents and criteria, including LOPA, SRS, and IPS Specifications.

Coeur Rochester Gold Project / Ioneer - Rhyolite Ridge Project

>Programming Lead: Responsible for process control systems with PlantPAx and served as the lead for the programming team, managing both technical and personnel aspects. Led and implemented PCS programming specifications, networking, 3rd party integration, cyber security, and Veeam backup cloud-based applications.

>Mentored junior programmers, guiding their skill development and planning their growth within the team. Assessed the technical requirements for assigned projects or 3rd party engagements, ensuring the team had the necessary resources. Promoted the creation of comprehensive technical documentation on various development platforms. Configured OS virtualization using VMware ESXi and HyperV. Led and performed Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT). Set up AB Servers, configured software, and integrated process control consoles under MS2016 Server OS. Collaborated with 3rd party vendors for system integration involving PCS equipment. Integrated hardware and software, configured system instrument databases, and developed custom HMI graphics and reports using FactoryTalk.

>Automation Lead / Package Lead Engineer: Held responsibility for all automation activities and deliverables, including process control systems, security access, CCTV and process camera systems, and LAN & VoIP telephone systems. Conducted detailed engineering and design of specifications, analyzed bids, prepared procurement requisitions, and coordinated with suppliers. Reviewed supplier documents to ensure compliance with project requirements. Developed the Control System Architecture and estimated the PCS programming work, activities, and deliverables for the project. Generated detailed Control/Sequence Narratives for system configuration and programming purposes.

RioTinto Kennecott Projects, PLC and PCN Upgrade

>Project Manager, Defined project scope, objectives, staffing, resources, and deliverables. Developed project plans that identified key issues, approaches, and performance metrics. Planned and scheduled project timelines and milestones, diligently tracking project deliverables. Designed and maintained industrial networks, including physical and virtual switch VLANs. Implemented robust cyber security management practices, including patch application and control system software security updates.

Various Projects / Proposals:

>Estimated the required man-hours for the execution of projects, ensuring accurate resource allocation. Provided and listed the necessary project documents, including engineering, construction, and order-related documents. Defined assumptions and exclusions based on the Statement of Work (SOW). Created design-based estimations and conducted cost evaluations.

Salalah Ammonia Project:

>Package Lead Engineer, Package Lead Engineer with a focus on process control systems, responsible for overseeing the detailed engineering and design of specifications, IO List, bid analysis, Requisition for Procurement, and coordination with suppliers. Reviewed and elaborated on ICSS Honeywell xperion® Process Knowledge System (PKS) supplier documents/drawings, ensuring compliance with project requirements and specifications. Validated logic and graphics at the Factory Shop, ensuring the accuracy and functionality of the control system.

>Package Lead Engineer with expertise in Custody Transfer Metering System (CTMS) and Pressure Safety Valves (PSV), responsible for detailed engineering and design, bid analysis, procurement coordination, and supplier collaboration. Reviewed and elaborated on Metering System Supplier documents and drawings, ensuring compliance with project requirements. Developed and reviewed FAT/SAT procedures, Functional Descriptions/Control Narratives for ICSS, and validated Logic and Graphic typical/philosophies at DCS/PLC Workshops and FAT. Contributed to Project CHAZOP Study, SIL meetings, alarm rationalization, and risk assessments to ensure design integrity and safety. Conducted comprehensive review and modification of P&IDs to align with project specifications and requirements.

>Develop instrument wiring diagrams and diagrams using various SPI (Intools) modules to ensure accurate and efficient instrument installation. Effectively interpret P&IDs and translate them into precise instrument specifications and requirements within the SPI (Intools) environment.

>Coordinated and managed all ICSS activities for FAT/SAT, from design development to complete readiness, ensuring adherence to project timelines and specifications. Developed work plans, scope of work, and execution strategies, along with technical documents and engineering deliverables, to support project execution. Applied sound engineering design principles to facilitate the successful completion of multiple projects.

>Ensured thorough review, correction, and approval of design documents before issuance for construction, encompassing PSV, Metering system, ICSS controls, and instrumentation. Conducted Project Technical Reviews and HSE Audits, identifying corrective actions and monitoring their implementation for field operations. Provided technical expertise and support throughout the design and execution stages of instrumentation packages for Ammonia facilities, including FEED and Detailed Design.

>Checked, supervised, and approved engineering documents and drawings from various vendors, covering a range of systems and equipment, such as Syngas/Refrigeration/Steam Turbine Gas Compressors, Loading Arms, PEMS, Chemical Dosing Unit, Boil of Unit, Cooling Water, Ammonia Vaporizer, Star-up Heater, Instrument Air Unit, NH3 Flare System, FGS, Tank Gauging System, EMCS, NH3 Leak Detection, WMS, and Analyzers packages.

>Reviewed project basic documents and criteria, including Layer of Protection Analysis, SIS Safety Requirements Specification, and Instrumented Protective Systems Specification. Provided insightful comments and suggestions.

>Reviewed and provided comments on safety reports (SELECT Phase), SIL, and LOPA Reports, contributing to the overall safety and compliance of the projects.

>Reviewed and commented on Linde Designs for Air Separation Unit (ASU) and pressure swing adsorption (PSA) Plants, ensuring design integrity and efficiency.

>Developed and designed Logic Diagrams in AutoCAD with Smart Tools using VB, streamlining the design process and enhancing efficiency.

Process Automation Department improvement:

>Experienced in conducting assessments and developing designs for ICS/SCADA networks and security, adhering to standards such as IEC 62443-2-1 to 3 and 62443-3-2 to 3. Possess a diverse knowledge base encompassing IT system and the analysis, design, and operation of automation systems.

>Developed and configured the DCS/PLC Lab, including fabricating the Server/DCS/PLC Cabinet, designing the System Architecture, configuring Network switches, and setting up hardware and software interfaces to the Server and Engineering stations.

>Proficient in performing risk assessments, creating CSRS (Cyber Security Requirement Specifications), selecting appropriate devices, integrating systems, and designing operation and maintenance requirements. Supervised software development processes with a strong focus on cybersecurity resilience, following the IEC 62443-4-1 software development process and the IEC 62443-4-2 security capability requirements in Industrial Control Systems (ICS).

Milestone Potash Phase 1 Project (Above and Under gourd):

>Package Lead Engineer, responsible for process control systems. Conducted detailed engineering and design tasks, including developing specifications, IO lists, and conducting bid analysis. Managed requisitions for procurement and collaborated with suppliers. Reviewed and enhanced DCS Delta-V supplier documents and drawings, ensuring logic and graphics were validated during factory shop inspections. Additionally, set up a DCS Delta-V Lab with a simulated environment.

>Package Lead Engineer, responsible for Pressure Safety Valves (PSVs). Conducted detailed engineering and design activities, including specification development, bid analysis, and procurement coordination with PSV suppliers. Reviewed, completed, and modified P&IDs.

VALE Canada Limited, Atmospheric Emissions Reduction (AER) Project:

>Programming Lead, responsible for leading and managing the programming and control team and overseeing all process control systems. Conducted detailed engineering and design tasks, including bid analysis and coordination with suppliers. Generated scope maps for programming work and activities. Integrated equipment and performed testing and monitoring using various instruments.

>Project Lead Engineer, in charge of the Process Control System (DCS) comprising Foxboro IACC-FCS-Galaxy-FoxDraw and PLC systems (AB-ControlLogix/FactoryTalk/RsLogix/RsView/5/MODicon-Quantum), including third-party PLCs.

>Utilize Intergraph Smart Plant: SPI (Intools) to create and maintain instrument index, instrument data sheets, and loop diagrams. utilizing SPI modules for instrument wiring and comprehensive design packages. Project Control and Planning, responsible for programming schedules using Primavera P6.

>Configured and developed typical function blocks for Invensys Foxboro I/A DCS. Programmed and tested Modbus TCP communication between the DCS and third-party devices. Conducted IFAT for the Invensys Foxboro I/A DCS. Led startup and commissioning activities for the DCS, including SIL validation for Safety Instrumented Functions. Updated control strategies and FoxView Display graphics. Assisted in the design and implementation of Wonderware SCADA systems during Commissiong and Start-up.

>Reviewed and enhanced FAT/SAT/SSIP procedures and processes, Functional Descriptions/Control Narratives for DCS/PLCs, and validated logic and graphic elements at the Lab DCS/PLC. Performed execution time calculations, failure modes & effects analysis during CHAZOP meetings, alarm rationalization, and risk assessments to ensure design integrity. Provided multi-project leadership to project teams, ensuring technical excellence, cost efficiency, adherence to schedules, and contractual requirements.

>Coordinated and managed all DCS/PLC activities for PMP (Shutdown time), from loop testing to process start-up. Developed work plans, scopes of work, execution strategies, technical documents, and engineering deliverables within the defined scope. Applied sound engineering design principles to support project execution across multiple projects.

>Redesigned the existing DCS network using MESH architecture and Foxboro FCP270 processors, and modified the Process Control Network. Implemented BPCS using Foxboro DCS and HMI using FoxDraw. Oversaw the overall Process Control System (PCS), including DCS Foxboro I/A Series and PLC AB-ControlLogix, during system migration with digital buses such as Foundation, Devicenet, and Foundation Fieldbus for the AER Project. Installed and configured new points in existing in Historian PI System.

>Prepared and designed control system databases for integrated systems, DCS architecture, DCS Gateway, cable block diagrams and schedules, schematic drawings, and wiring diagrams. Assisted with P&ID analysis, participated in HAZOP study meetings, and developed control system strategies. Implemented and troubleshooted control systems involving Foundation Fieldbus, Ethernet, and Devicenet communication.

>Implemented Alarm Documentation and Rationalization using PAS and basic process control schemes (BPCS) with Foxboro DCS. Prepared material requisitions and licensing requirements for the DCS based on Foxboro MESH architecture. Verified and reviewed converter, burner management system, gaspe puncher, and pressure filter control narratives, startup sequences, and IPF narratives.

Senior Automation Engineer, Worley

2010 – 2014

VALE, Brazil - Greenfield Iron Ore Plant (Aboveground and Underground):

>Project experience includes system configuration and programming for ABB 800xA DCS, utilizing tools such as Control Builder, PPA, structured text programming, Function Designer, and function block programming. Proficient in programming, configuring, and commissioning Profibus PA and Modbus devices with System 800xA.

>Involved in negotiations with Vale and vendors to design the Distributed Control System for the plant, ensuring streamlined project processes and procedures for the DCS network. Developed and interpreted configuration standards, control narratives, shutdown keys, and control system architecture drawings. Generated detailed design specifications for DCS and SDS.

>Designed network topology using Fiber Optic and SFTP, including network configuration and architecture patterns, power distribution, process CCTV configuration, control and supervisory network, DWDM/backbone network (Dense wavelength division multiplexing), machine condition monitoring, Profibus DP and PA, Energy Management Network (Modbus Ethernet), Electrical Protection Network (IEC-61850), and Process CCTV System. Conducted peer checking and software review during the development cycle. Positioned and designed CCTV locations and objects in Smart Plant 3D.

>Generated the Controls System's database to support AC800xA Configuration. Provided and designed wiring and termination layouts for Control remote I/O panels, including I/O assignment for ABB Distributed Control System, AC800.M (PM891/PM866), Profibus DP (CI854/CI801), and IEC 61850 (CI868) modules. Established communication through Profibus, Ethernet, and IEC 61850 networks with Fieldbus instruments/equipment and MCC IEDs/Switchgears.

Shell Canada, Fort Saskatchewan, Alberta, Canada – Shell Scotford Complex, CCR Cooling Upgrade Project:

>Involved in programming and development of standards for the INVENSYS DCS, specifically focusing on migrating Level and Flow Elements, Control valves, pressure/temperature transmitters, and underwater cameras to new techniques. Took charge of P&ID design, Motor control schematics, and site commissioning of the DCS. Actively participated in HAZOP Study meetings and played a key role in developing the control system strategy.

>Supervised, coordinated, and planned the instrumentation and control system for field instrumentation, wire/cable, and wiring diagrams (PLC panel) as part of the Automation Construction Work Package (CWP). Prepared comprehensive scope of work documents for projects, including subcontractors' scope and interface plans.

Bien Dong Petroleum - Biendong1 Offshore Project - Detail Design and Procurement:

>Led the programming and development efforts for the Honeywell DCS, establishing standards and ensuring adherence to them. Developed control narratives and designed control sequences and recipe functions, contributing to the successful implementation of the system. Supported the preparation of technical specifications for the ICSS system and played a key role in defining project design criteria, work scopes, and other project-related documents. Reviewed and improved operating manuals and guidelines to enhance system performance and usability.

>Prepared detailed automation documents and drawings for the project, demonstrating strong attention to detail and adherence to technical requirements. Assisted the Lead Engineer in defining technical requirements and coordinating department activities. Conducted Intrinsically Safe (IS) calculations in compliance with IEC 60079.11 / 14 using SPI software. Coordinated ICSS interface signals into mechanical packages, ensuring seamless integration between systems.

>Expertly utilized Smart Plant Instrument (Intools) software for instrument design, documentation, and specification development. Applied SPI's (Intools) capabilities to perform instrument sizing calculations, including control valves, flow elements, and relief devices, to ensure optimal equipment selection. Utilized the advanced features of SPI's Wiring Module to create comprehensive instrument wiring diagrams, optimizing efficiency and accuracy.

>Supervised the technical analysis of FMS (Flow Measurement System) for volume conversion and compressibility factors, following EN12405-1 and AGA8 standards. Reviewed and verified the test and calibration of ultrasonic flowmeters in closed conduits (ISO 17089-1), PT/TT accuracy, and Gas Chromatograph repeatability and reproducibility for FMS, adhering to ASTM D1945-03 and API MPMS 21 guidelines.

>Designed and developed FAT/SAT (Factory Acceptance Test/Site Acceptance Test) procedures for the ICSS, streamlining the testing process and ensuring system functionality. Assisted in the development of the Honeywell PlantScape Distributed Control System and Honeywell Safety Manager System, contributing to their successful implementation. Wrote functional analysis reports to support system design and integration. Supported and reviewed mechanical packages, including API and Non-API pumps, High-Integrity Pressure Protection Systems (HIPPS), Emergency Diesel Generators (EDG), Gas Turbine Generators (GTG), Tender Assisted Drilling (TAD), Floating Storage and Offloading (FSO) HPU/SSIV, fire water pumps, and Glycol Dehydration Units (GDU). Analyzed and resolved issues using appropriate techniques, collaborating with other departments, groups, and external specialists when necessary.

HESS Exploration Australia Pty Ltd Offshore, Western Australia–Hess EQUUS Project (FEED):

>Prepared the general instrument design specification for the FEED phase of the project, showcasing meticulous attention to detail and expertise in instrument design. Ensured adherence to project requirements and industry standards while effectively managing deliverables within the allocated scope of work.

>Played a crucial role as a member of the facilities engineering team, contributing to the successful execution of capital projects. Collaborated closely with team members to develop comprehensive work plans, define scopes of work, and strategize execution strategies. Generated technical documents and engineering deliverables in alignment with established guidelines and standards, demonstrating a deep understanding of core engineering principles.

Petronas Gas Berhad (PGB), Island Berth and Subsea Pipeline Project, Melaka, Malaysia - EPCIC Alliance LNG Regasification Unit:

>Led and supervised the Commissioning and Construction Team, overseeing their activities and ensuring the successful completion of projects. Effectively managed and provided technical clarification for instrument and electrical drawings, ensuring accuracy and adherence to project specifications.

>Collaborated closely with other lead disciplines such as mechanical, piping, and electrical teams to address and resolve common issues. Fostered effective communication and coordination among different disciplines to achieve project objectives and deliver high-quality results.

HYUNDAI, Malaysia - BARZAN Offshore Project - FEED Design Verification:

>Ensured the quality and consistency of engineering calculations and drawings by conducting thorough verification and review processes. Meticulously checked and validated the accuracy of calculations to maintain the highest standards of quality assurance.

>Utilized my expertise to perform calculations related to instrument air and compressed air consumptions. Demonstrated proficiency in accurately assessing and determining the required air consumption for various processes, ensuring efficient and reliable operations.

EXXONMOBIL, Malaysia – Tapis EOR and Rejuvenation Project - FEED:

>Conducted thorough reviews of P&IDs, providing valuable technical insights and recommendations for engineering and field instrument modifications. Ensured compliance with industry standards and optimized the performance of final control elements.

>Proficiently performed hydraulic consumption calculations for WHCP-HPU (Wellhead Control Panel - Hydraulic Power Unit) and IHPU (Instrument Hydraulic Power Unit), contributing to the efficient operation of hydraulic systems.

>Prepared Technical Bid Analysis (TBA) documents for Multi-Phase Flow Meter (MPFM) and Wet Gas Meter (WGM) projects, demonstrating meticulous attention to detail and a strong understanding of metering technologies.

>Developed comprehensive cause and effect diagrams for Fire & Gas (F&G) systems, enhancing safety measures and ensuring effective response to potential hazards.

>Completed the Basic Offshore Safety and Emergency Training with Re-breather (BOSET-R), which included training in re-breather usage, helicopter underwater escape, offshore safety protocols, sea survival techniques, basic fire-fighting and self-rescue, boat transfer, swimming rope techniques, and basic life support. Acquired essential skills to operate safely in offshore environments, prioritizing emergency preparedness and personal safety.

Project Senior Automation Lead, IRITEC

2007 – 2010

Foolad Mobarakeh Esfahan Steel Co, Tehran, Iran – Kharazi, Khorasan, Ghaenat and Ghadir Direct Reduction Mega Module Plants, National Iranian Copper Industries Co, Tehran, Iran – Sarcheshmeh (Underground) and Sungun Copper Concentrator Expansion Phase Plants (EPC Project):

>Led a high-performing I&C Team comprised of ten engineers, effectively managing their workflow and ensuring successful project delivery. Orchestrated the development of cause-and-effect diagrams and logic diagrams for DCS systems, showcasing strong technical expertise.

>Took charge of detailed engineering tasks, including hardware design, control panel and field installed hardware design, configuration and programming of control systems, human machine interfaces (HMI), and network design. Provided comprehensive technical specifications for PCS/ESD/F&G systems and performed calculations for control and shutdown systems, field instruments, control valves (using Conval software), on-off valves, regulator valves, and orifices (using Flowel software). Meticulously developed and validated I/O Lists and Alarm and Set Point configurations for DCS systems.

>Assumed responsibility for developing functional descriptions used in DCS (Yokogawa Centum300) and SIS (ProSafe) systems programming, as well as PLC (Siemens Step7 WinCC). Conducted thorough reviews and validations of logic and graphic templates, ensuring the highest level of accuracy and functionality. Expertly reviewed SIL documentation, such as SIS design guidelines and Safety Requirement Specifications (SRS), while integrating main mechanical package documents into the DCS system.

>Conducted technical

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