أكوا باور تعلن عن وظيفة مهندس تكليف غرفة التحكم DCS أول في المنطقة الشرقية

Position Summary:

The Lead DCS Commissioning Engineer is responsible for leading all Distributed Control System (DCS) commissioning activities for the Owner’s Project Management Team during pre-commissioning, commissioning, startup, performance testing, reliability run, and plant handover.

The role provides technical leadership and oversight of the EPC Contractor’s commissioning activities, ensuring that Emerson DCS systems are installed, configured, tested, integrated, and commissioned safely and in accordance with project specifications, OEM requirements, international standards, and project schedule.

The Lead DCS Commissioning Engineer will coordinate closely with the EPC Consortium, Emerson, Mitsubishi Power, Owner’s Engineer, Operations Team, and other discipline commissioning engineers to ensure successful system integration and commercial operation.

Key Responsibilities

Technical Leadership

• Lead all Owner-side DCS commissioning activities throughout the project lifecycle.
• Review and monitor EPC commissioning procedures related to DCS.
• Ensure Emerson DCS architecture complies with approved design documents.
• Verify system configuration prior to commissioning.
• Ensure proper implementation of control philosophies and cause & effect logic.
• Lead DCS readiness reviews before energization and startup.
• Review software revisions and configuration changes.
• Ensure all modifications are properly controlled through Management of Change (MOC).

Commissioning

Lead and oversee:

• DCS Factory Acceptance Test (FAT)
• Site Acceptance Test (SAT)
• Loop Checks
• Instrument Verification
• Logic Testing
• Cause & Effect Testing
• Functional Testing
• Sequence Testing
• Equipment Interlocks
• Plant Permissive Testing
• Turbine Protection Testing
• Boiler Protection Testing
• Balance of Plant Controls
• Auxiliary Systems Controls
• Alarm Rationalization
• Plant Mimics Verification
• Control Graphics Verification
• Historical Trending Verification
• Operator Workstations
• Engineering Workstations
• Redundancy Testing
• Network Testing
• Controller Failover Testing
• Power Failure Recovery Tests
• Black Start Logic Verification (where applicable)

System Integration

Coordinate integration with:

• Gas Turbines
• Steam Turbine
• HRSG
• Electrical Protection Systems
• Generator Control
• Excitation System
• Synchronization System
• Generator Circuit Breaker
• Balance of Plant
• Water Treatment Plant
• Fuel Gas System
• Cooling Water System
• Fire Fighting System
• HVAC
• Electrical SCADA
• Switchyard Control
• PLC Systems
• Package Units
• Vibration Monitoring Systems
• Condition Monitoring Systems

Startup Support

Support and supervise:

• First Fire
• First Synchronization
• Initial Loading
• Combined Cycle Startup
• Performance Tests
• Reliability Run
• Commercial Operation Testing

Provide immediate troubleshooting during startup events.

Project Coordination

Coordinate with:

• Commissioning Manager
• Mechanical Commissioning Engineers
• Electrical Commissioning Engineers
• I&C Commissioning Engineers
• EPC Consortium
• Emerson Engineers
• Mitsubishi Power
• Owner’s Engineer
• Operations Team
• HSE Department
• Quality Department
• Construction Team

Documentation

Review and approve:

• Commissioning Procedures
• Test Packs
• SAT Procedures
• FAT Reports
• Logic Test Reports
• Loop Test Reports
• Cause & Effect Reports
• Functional Test Reports
• As-Built Documentation
• Redline Drawings
• Software Backup Files
• Configuration Databases
• Final Commissioning Dossiers

Safety

Ensure compliance with:

• Permit to Work System
• LOTO requirements
• Electrical Safety Procedures
• Functional Safety Requirements
• Cybersecurity Requirements
• Project HSE procedures

Participate in:

• Risk Assessments
• Toolbox Talks
• Commissioning Risk Reviews
• SIMOPS Planning

Quality

Ensure compliance with:

• Project Specifications
• Owner Technical Specifications
• EPC Contract Requirements
• IEC Standards
• ISA Standards
• Emerson Best Practices
• Mitsubishi OEM Requirements

Qualifications

Education

• Bachelor’s degree in electrical engineering, Electronics Engineering, Instrumentation Engineering, Control Engineering, or equivalent.

Experience

• Minimum 12 years of commissioning experience in power generation
• Minimum 8 years in DCS commissioning.
• Minimum 3 complete CCGT commissioning projects from pre-commissioning through commercial operation.
• Proven experience with Emerson Ovation DCS is mandatory.
• Experience with large utility-scale combined cycle power plants (1,900 MW+) is essential.
• Experience in Owner, EPC, or OEM commissioning teams.

Technical Competencies

Mandatory experience in:

• Emerson Ovation DCS
• DCS Configuration
• Control Logic Testing
• Cause & Effect Testing
• Sequence Testing
• Functional Testing
• SAT
• FAT
• Loop Checks
• Instrument Commissioning
• PLC Integration
• SCADA Interfaces
• Turbine Controls
• Alarm Management
• Network Architecture
• Redundant Controllers
• Industrial Ethernet
• OPC Communications
• Modbus
• IEC 61850 interfaces (preferred)
• Cybersecurity principles for Industrial Control Systems

Knowledge

Good understanding of:

• Gas Turbine Systems
• Steam Turbine Controls
• HRSG Controls
• Generator Controls
• Plant Startup Philosophy
• Plant Protection Systems
• Functional Safety
• Control Narratives
• P&IDs
• Instrument Index
• I/O Lists
• Logic Diagrams
• Cause & Effect Matrix
• System Architecture Drawings

Soft Skills

• Strong leadership
• Excellent troubleshooting capability
• Analytical thinking
• Strong communication skills
• Ability to work under commissioning pressure
• Team leadership
• Decision making
• Stakeholder management
• Coaching and mentoring junior engineers

Preferred Certifications

• Emerson Ovation Certified Engineer
• ISA Certified Automation Professional (CAP)
• TÜV Functional Safety Engineer (preferred)
• PMP (preferred)
• IEC 61511 / IEC 61508 training

Key Performance Indicators (KPIs)

• DCS commissioning activities completed safely with zero lost-time incidents.
• Commissioning milestones achieved in accordance with the integrated project schedule.
• Successful completion of all FAT, SAT, loop checks, and functional testing with minimal rework.
• Timely resolution of DCS punch items and commissioning defects.
• Successful integration of DCS with all plant systems before startup.
• First Fire and First Synchronization completed without major DCS-related issues.
• Performance and reliability tests completed without DCS-related delays.
• Complete and accurate turnover documentation delivered for system handover.
• Effective coordination with EPC, OEM, and Owner stakeholders throughout commissioning.