Gas Turbine Aerodynamicist — Global Impact, Flexible Work

Siemens Energy; Östergötlands län; On-site; SEK 650,000 - 900,000; Full time

Benefits offered by this job

reduction of working hours

advance vacation

health care allowance

flexible working place

Job summary

Siemens Energy in Finspång seeks a Gas Turbine Aerodynamicist to shape aerodynamic design for gas turbine flow paths. You will contribute to efficient and reliable engines in an international, collaborative environment, using CFD tools and engineering judgment to solve complex challenges.

You will join an experienced Turbine Aerodynamics and Whole Engine team, collaborating across disciplines and locations, and supporting tests, investigations, and the development of in-house calculation tools.

Qualifications

• Master's degree in a relevant engineering field.
• Strong foundation in fluid mechanics and heat transfer.
• Excellent analytical and problem-solving abilities.
• Ability to work in international teams and communicate effectively.

Responsibilities

• Perform aerodynamic design and analysis of gas turbine flow paths.
• Apply fluid mechanics knowledge to solve engineering challenges.
• Collaborate across disciplines and locations to integrate aerodynamic designs into engine systems.
• Contribute to development projects from concepts through validation and implementation.
• Participate in investigations and root-cause analyses; may lead these activities.
• Program, maintain, and develop in-house calculation tools.
• Support the planning and evaluation of gas turbine tests and laboratory experiments.

Skills

Analytical skills

Team collaboration

English language

Programming basics

Fluid mechanics focus

Education

Master's degree in mechanical or aerospace engineering, engineering physics

Tools

ANSYS

STAR-CCM+

Job description

Siemens Energy in Finspång seeks a Gas Turbine Aerodynamicist to shape aerodynamic design for gas turbine flow paths. You will contribute to efficient and reliable engines in an international, collaborative environment, using CFD tools and engineering judgment to solve complex challenges.

You will join an experienced Turbine Aerodynamics and Whole Engine team, collaborating across disciplines and locations, and supporting tests, investigations, and the development of in-house calculation tools.