As an I&C (Instrumentation and Controls) Technical Advisor, you will play a key role in supporting and supervising outages, maintenance and commissioning activities on gas and steam turbines, generators and control systems. You will be the on-site technical expert, ensuring high standards of quality, safety and efficiency are met throughout the project lifecycle.
Key Responsibilities
Remove, test, repair and install instrumentation, performing calibration and fault diagnosis.
Apply logic and hardware updates/upgrades to control systems.
Assist with start-up and commissioning activities.
Implement quality control procedures during disassembly, inspection and assembly of turbines and related equipment.
Contribute to outage planning, execution and continuous improvement within Field Service.
Review outage data and provide recommendations for future improvements.
Develop, review and revise field procedures and technical information.
Ensure all activities comply with health, safety and environmental policies.
Act as Technical Advisor during gas turbine, steam turbine and generator outages.
Supervise maintenance works in line with Mitsubishi Power procedures and standards.
Organise and lead manpower during outages, identifying critical paths and ensuring deadlines and quality standards are achieved.
Interpret and apply drawings, field procedures and technical documents for all activities.
What We’re Looking For
- Qualification: Bachelor’s degree in Electrical or Mechatronics Engineering.
- Total Experience: Maximum of 8 years of relevant experience.
- Industry Experience: Hands on experience in testing and calibration of Gas/Steam Turbine instrumentation, including thermocouples, RTDs, pressure transmitters, and other related field instruments, is mandatory.
- Control Systems Experience: Experience with Mark VI / Diasys Netmation DCS.
- Valve Calibration: Experience in calibration of pneumatic, electrical, and hydraulic valves.
- Condition Monitoring: Experience with Bently Nevada/Shinkawa vibration monitoring systems.
- Language Skills: Strong English communication skills, both written and spoken.
- HSE Knowledge: Solid understanding of HSE principles.
At Mitsubishi Power EMEA, we are committed to building a workplace where people feel respected, included and able to contribute.
Our strength comes from the different experiences, perspectives and expertise of our people. Across our business, we work with colleagues from a wide range of countries, cultures, disciplines and backgrounds, and we believe this diversity helps us make better decisions, solve complex problems and deliver stronger outcomes for our customers.
We welcome applications from people of all backgrounds and make recruitment decisions based on skills, knowledge, qualifications, experience and potential. We are committed to providing a fair and consistent recruitment process, giving every candidate the opportunity to demonstrate what they can bring to the role.
If you need any reasonable adjustments or support at any stage of the recruitment process, please let us know. We will work with you to understand how we can best support you.
Skills Required
- Bachelor's degree in Electrical or Mechatronics Engineering.
- Hands-on experience testing and calibrating gas/steam turbine instrumentation (thermocouples, RTDs, pressure transmitters).
- Experience with Mark VI and Diasys Netmation DCS control systems.
- Experience calibrating pneumatic, electrical, and hydraulic valves.
- Experience with Bently Nevada and/or Shinkawa vibration monitoring systems.
- Strong English communication skills, written and spoken.
- Solid understanding of HSE principles.
- Up to 8 years of relevant industry experience (field service, commissioning, outages).
What We Do
Mitsubishi Power EMEA is the regional power-solutions arm of Mitsubishi Power, the global energy technology brand of Mitsubishi Heavy Industries (MHI). Operating throughout Europe, the Middle East and Africa (EMEA), the company is a leading provider of low-carbon, high-performance power generation technologies, focused on supporting the global energy transition and enabling decarbonization through advanced engineering and innovative clean-energy solutions.
