Mechanical Field Service Engineer
Pubblicato il 13-10-2026 - Baker Hughes in Firenze
Are you a Field Service Engineer looking for an interesting and inspiring opportunity?
Si candidi tempestivamente È previsto un elevato volume di candidati per il ruolo descritto di seguito, non aspetti a inviare il suo CV.
Do you enjoy being part of a successful team?
Join our Field Service team
Our Industry & Energy Technology (IET) team provides industry-leading products and services that optimize the extraction, production, and processing of energy. We help a diverse range of customers across the value chain to reduce operating costs and improve productivity. Our team plays an integral role by helping the business plan for the future.
As a diverse and inclusive workplace, Baker Hughes IET values the unique perspectives and backgrounds of its employees. In this role, you will have the opportunity to bring your individual experiences and insights, contributing to a rich tapestry of ideas and fostering a culture of inclusivity. Your diverse perspective will enhance the overall effectiveness and success of the projects and initiatives you lead,
making a positive impact on Baker Hughes IET and its stakeholders.
Partner with the best
As a Mechanical Field Service Engineer, you will play a vital role onsite with our customers. Leading the installation and maintenance activities, you will work with customers to troubleshoot issues and ensure safe and compliant installations. You will be the onsite expert, continually developing your knowledge and skills to deliver innovative solutions for customers.
As a Mechanical Field Service Engineer - Heavy Duty / Aero Gas Turbine Specialist, you will be responsible for:
- Providing technical direction for site activities to internal teams and skilled labour to ensure safety, compliance and quality
- Overseeing, overhaul, troubleshooting and commissioning of Gas Turbine products at customer sites
- Preparing and updating technical documentation, plans, daily and weekly briefing reports for customers and internal cross-functional t