Gas Turbine Heat Transfer Engineer | Innovate & Optimize

Siemens Energy; Östergötlands län; On-site; SEK 600,000 - 900,000; Full time

Benefits offered by this job

Gas services division

Job summary

Siemens Energy in Finspång invites you to shape the future of gas turbine technology. You will combine fluid mechanics, heat transfer and engineering judgment to develop secondary air systems and whole-engine models that improve performance, reliability and sustainability.

Join an international team that values collaboration, curiosity and diverse perspectives. You will analyse designs, develop in-house tools and contribute to technical investigations while supporting manufacturing, purchasing,

Qualifications

• Master’s degree in mechanical engineering, aerospace engineering, engineering physics or related field.
• Foundation in fluid mechanics and heat transfer.
• Analytical and structured problem-solving approach.
• Experience with in-house tools and CFD tools.
• Proficient in English in an international environment.

Responsibilities

• Design and analyze secondary air systems and whole-engine models.
• Develop gas turbine products, methods and calculation tools.
• Collaborate across disciplines and locations to create robust solutions.
• Plan and evaluate gas turbine and laboratory tests; turn results into improvements.
• Support technical investigations and root-cause analysis.
• Share knowledge and contribute ideas to strengthen the team.
• Provide technical support to manufacturing, purchasing, sales and service.

Skills

Fluid mechanics

Heat transfer

Analytical thinking

In-house tools

CFD tools

English communication

Education

Master’s degree in mechanical engineering / aerospace engineering / engineering physics

Doctoral studies welcome

Tools

In-house engineering tools

CFD tools

Job description

Siemens Energy in Finspång invites you to shape the future of gas turbine technology. You will combine fluid mechanics, heat transfer and engineering judgment to develop secondary air systems and whole-engine models that improve performance, reliability and sustainability.

Join an international team that values collaboration, curiosity and diverse perspectives. You will analyse designs, develop in-house tools and contribute to technical investigations while supporting manufacturing, purchasing,