GarnetGlobal Training Center العربية

Power Generation & Utilities

Gas Turbine Technology

تكنولوجيا التوربينات الغازية

Download brochure (PDF) البروشور بالعربية PDF

Code
GGT-PG-103
Duration
5 or 10 days
Language
English or Arabic
Sessions 2027–2030
20 / 9 cities

Overview

Gas Turbine Technology is part of the Power Generation & Utilities track at Garnet Global Training Center. Operation and maintenance of power plants, grids and utility services. The course is taught in English or Arabic as a 5-day or 10-day program, in classrooms in cities such as Dubai, Riyadh, Cairo, London and Istanbul, or live online, and it can be delivered in-house with examples and exercises built around your own operations.

What you will be able to do

  • Explain the principles, terminology and standards that govern Gas Turbine Technology.
  • Apply proven methods and tools to real situations from your own workplace.
  • Analyse performance gaps, risks and root causes, and choose the right response.
  • Measure results with practical indicators and report them clearly to management.
  • Leave with a personal action plan you can start using the following week.

Who should attend

Power plant engineers, operators, utility planners and grid specialists.

Key topics

  • Thermodynamics and plant performance
  • Boilers, turbines and generators
  • Grid operation and dispatch
  • Reliability and outage planning
  • Emissions and environmental compliance
  • Plant case studies

5-day outline

  1. Day 1 Foundations of Gas Turbine Technology

    • Scope, terminology and governing standards
    • Thermodynamics and plant performance
  2. Day 2 Methods and tools

    • Boilers, turbines and generators
    • Grid operation and dispatch
  3. Day 3 Application and case studies

    • Reliability and outage planning
    • Plant case studies
  4. Day 4 Performance, risk and compliance

    • Emissions and environmental compliance
    • Measurement and reporting
  5. Day 5 Workshop, assessment and action plan

    • Hands-on workshop on a workplace challenge
    • Final assessment and personal action plan

10-day outline

  1. Day 1 Foundations of Gas Turbine Technology

    • Scope, terminology and governing standards
    • Thermodynamics and plant performance
  2. Day 2 Methods and tools

    • Boilers, turbines and generators
    • Grid operation and dispatch
  3. Day 3 Application and case studies

    • Reliability and outage planning
    • Plant case studies
  4. Day 4 Performance, risk and compliance

    • Emissions and environmental compliance
    • Measurement and reporting
  5. Day 5 Workshop, assessment and action plan

    • Hands-on workshop on a workplace challenge
    • Final assessment and personal action plan
  6. Day 6 Advanced techniques and specialist practice

    • Complex cases in depth
    • Common mistakes and how to avoid them
  7. Day 7 Digital tools, data and automation

    • Analysis tools and software
    • Using AI in this field
  8. Day 8 Benchmarking against international practice

    • Global performance benchmarks
    • International case studies
  9. Day 9 Capstone project

    • Analyse a real challenge from your organisation
    • Build the solution and implementation plan
  10. Day 10 Presentations, final assessment and certificates

    • Project presentations and review
    • Final exam and certificate award

Certificate

Participants who attend at least 90% of sessions and complete the final assessment receive a certificate of completion stating 35 contact hours (5-day) or 70 contact hours (10-day).

Schedule 2027–2030

DatesFormatCityLanguageFee (USD)Register
15–19 Mar 20275-day classroomIstanbulEnglish4,750Register
12–23 Apr 202710-day classroomDubaiArabic8,950Register
10–21 May 202710-day onlineLive onlineArabic5,450Register
12–16 Jul 20275-day onlineLive onlineArabic2,950Register
11–15 Oct 20275-day classroomLondonEnglish4,750Register
17–21 Jan 20285-day onlineLive onlineEnglish2,950Register
2–6 Apr 20285-day classroomRiyadhEnglish4,750Register
15–26 May 202810-day classroomKuala LumpurEnglish8,950Register
9–13 Oct 20285-day classroomDubaiEnglish4,750Register
4–15 Dec 202810-day onlineLive onlineEnglish5,450Register
11–15 Feb 20295-day classroomKuwait CityArabic4,750Register
5–9 Mar 20295-day classroomAbu DhabiArabic4,750Register
16–27 Jul 202910-day classroomLondonEnglish8,950Register
15–19 Oct 20295-day onlineLive onlineArabic2,950Register
10–21 Dec 202910-day onlineLive onlineEnglish5,450Register
5–9 May 20305-day classroomRiyadhEnglish4,750Register
15–19 Jul 20305-day classroomAmsterdamEnglish4,750Register
12–23 Aug 203010-day onlineLive onlineArabic5,450Register
9–13 Sep 20305-day onlineLive onlineArabic2,950Register
8–19 Dec 203010-day classroomCairoArabic8,950Register

Cities for this course

It can also be delivered in-house in any other city. Request in-house

Frequently asked questions

How long is the Gas Turbine Technology course?

It runs as a 5-day program (35 contact hours) or a 10-day program (70 contact hours) that adds advanced techniques and a capstone project.

Where and when is Gas Turbine Technology held?

There are 20 public sessions from 2027 to 2030 in cities including Istanbul, Dubai, London, Riyadh, Kuala Lumpur, Kuwait City, plus live online. Next dates: 15–19 Mar 2027 (Istanbul); 12–23 Apr 2027 (Dubai); 10–21 May 2027 (Live online).

How much does the Gas Turbine Technology course cost?

USD 4,750 for 5 days in a classroom, USD 2,950 for 5 days online, USD 8,950 for 10 days in a classroom and USD 5,450 for 10 days online, per participant excluding VAT.

Is the course available in Arabic and online?

Yes. It is taught in English or Arabic, in a classroom or live online, and materials can be provided in both languages.

Can we run it in-house or customise it?

Yes. We deliver it at your premises in any city and adapt duration, content and examples to your operations.

Do participants receive a certificate?

Yes. Participants who attend at least 90% of sessions and pass the final assessment receive a certificate of completion stating contact hours.