Gas and Steam Turbine Engineering: Operation and Maintenance Training Course

Course Category : Oil & Gas Management

This technically driven programme equips professionals with in-depth expertise in gas and steam turbine engineering, operation, and maintenance, aligned with industry best practices and high-reliability standards.
5 Days | Level: Intermediate to Advanced

Introduction

With the accelerating transformation of the global energy sector and the increasing reliance on high-efficiency power generation systems, gas and steam turbines have become strategic assets in modern industrial operations. Advanced understanding of their design, operation, and maintenance is now essential to ensure operational excellence, reliability, and safety.
This course delivers an integrated engineering perspective that links thermodynamic fundamentals, mechanical behaviour, and control systems, with strong emphasis on real-world industrial applications. Participants will strengthen their ability to analyse failures, optimise performance, and apply preventive and predictive maintenance strategies aligned with international standards..

Targeted Audience

Mechanical and Power Engineers
Power Plant Operation and Maintenance Engineers
Technical and Operations Supervisors
Refinery and Industrial Facility Engineers
Energy and Engineering Consultants
Middle Management Professionals in Energy Projects

Targeted Skills

Thermodynamic cycle analysis for gas and steam turbines
Safe and efficient turbine operation
Performance analysis and fault diagnosis
Preventive and predictive maintenance implementation
Operational safety and risk management

Expected Outcomes

Develop a comprehensive understanding of gas and steam turbine design and operation.
Analyse turbine performance and thermal efficiency indicators.
Apply effective maintenance strategies to minimise downtime.
Diagnose operational issues and implement corrective actions.
Comply with safety, regulatory, and operational standards in turbine systems.

Training Topics Index

Thermodynamic principles and energy conversion
Brayton and Rankine cycles
Gas and steam turbine classifications
Major turbine components and functions
Performance and efficiency indicators

Start-up and shutdown procedures
Load and speed control
Fuel and lubrication systems
Operational parameter monitoring
Safe operation under variable conditions

Preventive and predictive maintenance strategies
Periodic inspection and vibration analysis
Thermal stress and corrosion management
Component repair and replacement
Outage planning and execution

Common failure modes
Degradation and performance analysis
Operational troubleshooting techniques
Efficiency and reliability improvement
Lessons learned from real cases

Industrial safety requirements
Operational risk management
Emergency shutdown procedures
Environmental and regulatory compliance
International best practices

Course Features

Updated and Interactive Content
Hypothetical Examples and Case Studies
Pre- and Post-assessments to Measure Impact
Verified Certificate with a QR Verification Code