Aerodynamics Engineer

2w2 weeks ago

GKN Aerospace

Trollhättan, SE · Full-time · SEK 560,000 – SEK 680,000

About this role

GKN Aerospace is reimagining air travel by going further, faster and greener, driven by great people who set industry standards through expertise and creativity. We are now looking for an Aerodynamics Engineer to join our Future Concepts department within the Global Technology Center (GTC).

In this role, you will work on next-generation aero engine and propulsion technologies, from early concept exploration to detailed aerodynamic analysis. You will apply methods across multiple levels of fidelity—from 1D mean line modelling to 3D unsteady CFD—to evaluate and optimize design concepts.

You will collaborate closely with multidisciplinary teams including performance, mechanical design, thermal, and controls engineering, as well as engage with external research partners. The GTC is where we develop the technologies of the future, supporting sustainable aviation and democratic values.

This position offers the opportunity to combine fundamental aerodynamics with practical application, contributing to both current engine improvements and future sustainable propulsion concepts. We invest in our people, providing a research-driven, collaborative environment where you can grow and break boundaries.

Requirements

Aerodynamic design and verification of axial and radial turbomachinery components, stationary and rotating.
Proficiency in mean-line (1-D), streamline (2D), and CFD (3D) turbomachinery design tools.
Experience with aeroacoustics and aeroelastic analyses (flutter and forced response).
Heat transfer analyses capability.
Ability to collaborate with disciplines such as engine performance, mechanical design, thermal analysis, and controls.
Development of integrated aero engine systems and demonstrators, from concept to implementation and post-test analysis.
Development of analysis methods and tools.
Participation in research and technology development projects with partners.

Responsibilities

Work on next-generation aero engine and propulsion technologies, from early concept exploration to detailed aerodynamic analysis.
Apply methods across multiple levels of fidelity—from 1D mean line modelling to 3D unsteady CFD—to evaluate and optimize design concepts.
Collaborate with multidisciplinary teams including performance, mechanical design, thermal, and controls engineering.
Engage with external research partners on technology development projects and demonstrators.
Perform aerodynamic design, analysis, and performance optimization for advanced propulsion concepts.
Develop integrated aero engine systems and demonstrators from concept through implementation and post-test analysis.
Document and present technical results internally and externally.
Contribute to current engine improvements and future sustainable propulsion concepts.