Mark VIe Control System Familiarization (Advanced Viewer) Course

Modern industrial facilities across Abu Dhabi depend on reliable turbine control systems. When a plant uses the Mark VIe platform, the technicians who operate and maintain it need clear, practical skills—not just theoretical knowledge. This training program builds that capability by developing a hands-on understanding of the system’s hardware, software, alarms, and operational behaviors.

Who Should Attend?

This training is designed for professionals involved in daily operations, system health checks, and maintenance decisions:

• Engineering and maintenance leadership
• Shift supervisors
• Electrical maintenance teams
• Instrumentation and control technicians

Learning Outcomes

This training focuses on real-world skills required to work confidently with the Mark VIe system used across power generation and industrial facilities in the UAE.

Core Capabilities You Will Gain

1. System Maintenance Skills 
Participants learn how to carry out routine system checks, validate hardware status, and document maintenance actions in a consistent and organized way. The goal is to reduce unexpected shutdowns and improve equipment reliability.

2. Software Proficiency 
The program develops practical skills in ControlST and ToolboxST, enabling participants to monitor live values, inspect system behavior, and work with software tools used for analysis.

3. Understanding Mark VIe Architecture 
Participants explore how controllers, networks, I/O modules, and communication links fit together. Legacy migration concepts from earlier Mark systems are also covered to support facilities with mixed fleets.

4. Working With Technical Resources 
Technicians develop the ability to read GE-provided documents, drawings, and system references. This helps them locate information quickly when troubleshooting or planning maintenance.

5. HMI Access and Security Practices 
The training covers safe login procedures, access levels, and the correct use of the Human-Machine Interface (HMI) for system monitoring.

6. Data Interpretation and Trend Analysis 
Using tools such as Trender, participants learn how to analyze live data, adjust values when appropriate, generate system reports, and understand patterns that signal developing issues.

7. Alarm Interpretation and Root-Cause Tracing 
The program includes structured steps for identifying alarms, reviewing system events, generating alarm histories, and tracing issues back to their source logic within the controller.

8. HMI Navigation for Turbine Operation 
Learners become familiar with navigating CIMPLICITY screens used to monitor and operate turbines, ensuring they can follow standard procedures with confidence.

Course Structure

This program combines instructor-guided explanations with frequent hands-on lab sessions. Participants work directly with simulated or real system environments to develop the confidence required for field application.

Course Outline

Modern power plants and industrial facilities in Abu Dhabi rely heavily on the Mark VIe turbine control system. To operate and maintain this system safely and efficiently, technicians need hands-on knowledge, not just theory.

This training program is designed to help engineers and technicians understand, operate, monitor, and troubleshoot the Mark VIe system with confidence. The focus is on real system behavior, alarms, software tools, and day-to-day operational tasks.

Module 1 — System Foundation

Lesson 1: System Overview & Architecture

History of the Mark VIe platform

Identification of core components and communication paths

Redundancy concepts and protection schemes

Lesson 2: GE Documentation

Understanding system drawings, manuals, and reference files

Lesson 3: HMI Access Basics

Default accounts and safe-login practices

Module 2 — Software Fundamentals

Lesson 4: ControlST Basics

Key terms and navigation concepts in ControlST and ToolboxST

Lesson 5: Monitoring I/O

Finding, monitoring, and overriding I/O points

Lesson 6: Monitoring Live Software Values

Viewing dynamic values and understanding software structure

Module 3 — Advanced Software Tools

Lesson 7: Reports

Generating and interpreting ToolboxST reports

Lesson 8: Finder Tool

Using Finder and the “Where Used” function to trace signal paths

Lesson 9: Trender

Adding traces, analyzing real-time system data

Module 4 — Control & Alarm Management

Lesson 10: Constants and Variables

Identifying and synchronizing system values

Lesson 11: Watch Windows

Tracking selected points for closer monitoring

Lesson 12: Alarm Viewer

Reading alarms and event data in WorkstationST

Lesson 13: Alarm Classes

Understanding color codes, classifications, and alarm definitions

Lesson 14: Alarm Tracing

Following alarms from the HMI to ToolboxST logic

Module 5 — Hardware Diagnostics

Lesson 15: Diagnostic Alarm Review

Identifying hardware issues and using diagnostic reports

Module 6 — HMI Operations

Lesson 16: CIMPLICITY 6.1

Basic navigation and project structure

Lesson 17: CIMPLICITY 7.5+ Differences

Key version updates and interface changes

Lesson 18: CIMPLICITY 8.2

Using layouts, alarm screens, and updated features

Module 7 — Gas Turbine Startup

Lesson 19: GT Startup Procedures

Steps for starting, synchronizing, and loading a gas turbine

Understanding major signals and on-screen terminology

Module 8 — Steam Turbine Startup

Lesson 20: ST Startup Procedures

Steps for starting, synchronizing, and loading a steam turbine

Key acronyms and display indicators

Methodology

This program follows a practice-centered learning model designed for industrial technicians. Each module begins with a clear explanation of concepts, followed by guided demonstrations using real system interfaces. Learners then apply these skills in hands-on lab sessions that simulate actual troubleshooting conditions. The methodology emphasizes pattern recognition, controlled experimentation, and structured observation—helping participants build a working mental model of the Mark VIe system. This approach ensures that skills learned in the classroom translate directly to safer, more informed decisions in the field.