Gas Turbine Engineer

Roles and responsibilities

Performs advanced commissioning, troubleshooting and fact-finding tasks on gas turbines, steam turbines or generators and associated auxiliary systems. Applies advanced skills to resolve complex problems not covered by existing procedures or practices independently. Displays a high level of critical thinking in bringing successful resolution to high impact, complex, and/or cross-functional problems.

What are my responsibilities?

• Maintaining optimum interaction with Project Leader, Design departments and customer representatives - Ensuring that all project related activities are planned and executed in accordance with QA standards and procedures, the relevant project documentation, as well as health and safety requirements.
• Perform commissioning and fact-finding activities on gas turbines, steam turbines or generators in power station worldwide in accordance with Siemens Energy Standards.
• Cost effective execution of work within allocated budget and time - These calls for effective planning aimed at optimal use of resources for maximum productivity.
• Support sales and planning departments in the preparation of tenders, quotations, time schedules and requirement lists.
• Participate in customer meetings and provide technical support during sales efforts.
• Identifies potential delays and minimizes their impact. Supports claim management.
• Power plant maintenance experience is an advantage.
  
  

What do I need to qualify for this job?

• Ideally at least 5 years’ experience in Field Service
• Experience of leading a small technical team
• Advanced knowledge of English written and spoken. Experience in multicultural teams required.
• Willingness to work abroad and do shift work.
• %70-%80 of travelling requires
• Vocational School / Technical Collage/University in Electrical Degree
• Result driven, Initiative, Team Player & self-motivated.

Desired candidate profile

1. Gas Turbine Fundamentals

• In-depth knowledge of gas turbine principles, including the Brayton cycle and thermodynamic processes involved in turbine operation.
• Understanding of the components of a gas turbine, such as compressors, combustion chambers, turbines, and exhaust systems.
• Familiarity with gas turbine types (e.g., heavy-duty industrial turbines, aeroderivative turbines) and their applications in power generation and propulsion.

2. Thermodynamics and Heat Transfer

• Expertise in thermodynamic analysis to assess turbine efficiency, performance, and fuel consumption.
• Understanding of heat transfer principles to optimize turbine cooling and combustion processes.
• Ability to evaluate and optimize operating conditions for maximum performance and fuel efficiency.

3. Gas Turbine Design and Engineering

• Proficiency in turbine design considerations, including aerodynamics, material selection, and mechanical design.
• Ability to design and optimize combustion chambers, turbine blades, and exhaust systems to improve efficiency and reduce emissions.
• Knowledge of advanced turbine technologies, such as high-temperature alloys, ceramic coatings, and additive manufacturing for enhanced performance.

4. Performance Monitoring and Optimization

• Expertise in performance analysis to monitor efficiency, output, and fuel consumption during turbine operation.
• Ability to use performance curves and sensor data to assess turbine health and efficiency.
• Identifying opportunities for performance optimization, such as adjusting operational parameters or upgrading components for improved fuel efficiency and reduced emissions.

5. Control Systems and Automation

• Familiarity with control systems used to monitor and regulate turbine operation, such as digital turbine controllers, SCADA (Supervisory Control and Data Acquisition) systems, and DCS (Distributed Control Systems).
• Knowledge of automation systems to control fuel input, air intake, combustion process, and turbine speed.
• Ability to troubleshoot and optimize control system algorithms for efficient turbine operation.

6. Gas Turbine Maintenance and Troubleshooting

• Experience with preventive maintenance techniques, including inspection, cleaning, and lubrication of turbine components.
• Ability to perform condition-based monitoring and diagnostic tests to detect wear, cracks, or other issues that might affect turbine performance.
• Proficiency in troubleshooting turbine failures, understanding root causes of performance degradation, and implementing corrective actions to minimize downtime.

7. Fuel and Combustion Systems

• Understanding of different fuel types (e.g., natural gas, diesel, biofuels) and their impact on turbine performance and emissions.
• Ability to optimize the combustion process for efficient fuel use, low emissions, and stable operation.
• Knowledge of NOx reduction technologies and emissions control to ensure compliance with environmental regulations.

8. Mechanical and Structural Engineering

• Expertise in the mechanical design of gas turbines, including turbine blades, casings, rotors, and shafts.
• Understanding of fatigue, stress analysis, and material properties to design and select components that can withstand the high temperatures and forces present in a turbine.
• Familiarity with the structural integrity of turbine systems, particularly in high-speed rotating equipment, and ensuring they meet safety and durability standards.