Gas turbine Heat Transfer Engineer – Secondary Air System and whole engin
About this role
A Snapshot of Your Day
Join us in shaping the future of gas turbine technology. In this role, you will combine fluid mechanics, heat transfer and engineering judgement to develop secondary air systems and whole-engine models that improve performance, reliability and sustainability. You will work in a supportive international team where collaboration, curiosity and different perspectives are valued.
Your days will be varied: you may analyse a design, improve an in-house calculation tool, discuss test results with colleagues or support a technical investigation. You do not need to know every aspect of the role from day one. We will support your development through knowledge sharing, collaboration and opportunities to deepen your expertise.
How You’ll Make an Impact
Design and analyze secondary air systems and whole-engine models using in-house and established engineering tools.
Contribute to the development of new and existing gas turbine products, methods and calculation tools.
Collaborate across disciplines and locations to create robust, efficient and cost-effective solutions.
Plan and evaluate gas turbine and laboratory tests, turning results into practical engineering improvements.
Support technical investigations and help identify root causes and effective solutions.
Share knowledge, contribute ideas and help strengthen the team’s collective expertise.
Provide technical support to colleagues in manufacturing, purchasing, sales and service.
What You Bring
We are looking for someone who enjoys solving technical problems with others and is motivated to keep learning. You may be a strong match if you bring:
A master’s degree in mechanical engineering, aerospace engineering, engineering physics, or a related field is required. Doctoral studies are welcome but not required.
A foundation in fluid mechanics and heat transfer, gained through studies, research or professional experience.
An analytical and structured approach to problem-solving.
Using and developing i