Aerodynamics Engineer

GKN Aerospace Sweden; Trollhättans kommun; On-site; SEK 500,000 - 700,000; Full time

Job summary

GKN Aerospace Sweden is seeking an Aerodynamics Engineer to join the Future Concepts department. This role involves developing next-generation aero engine technologies with a focus on aerodynamic design and performance optimisation.

The ideal candidate will have an MSc in Aerospace Engineering or a related field and strong analytical skills. Responsibilities include aerodynamic design, collaboration across engineering teams, and using advanced CFD tools. Interested applicants should be motivated by complex technical challenges and have good communication skills in both Swedish and English.

Qualifications

• MSc in Aerospace Engineering or equivalent required.
• Strong knowledge in thermodynamics and gas turbines.
• Experience in aerodynamic design of jet engines preferred.

Responsibilities

• Develop and verify aerodynamic designs for turbomachinery.
• Use CFD and other design tools for performance optimisation.
• Collaborate with multiple engineering disciplines.

Skills

Aerodynamic design

Analytical skills

Communication in Swedish

Communication in English

Education

MSc in Aerospace Engineering, Mechanical Engineering or Engineering Physics

Tools

CFD tools (ANSYS Classic/WB/Fluent/CFX/Star-CCM+)

UG-NX

Programming (Python, MATLAB, C++ or similar)

Job description

Role Summary

We are looking for an Aerodynamics Engineer to join the Future Concepts department within the Global Technology Center (GTC). This role involves developing and analysing next‑generation aero engine technologies and propulsion concepts, with a strong emphasis on aerodynamic design, analysis, and performance optimisation across multiple levels of fidelity.

About the Role

As an Aerodynamics Engineer you will work on next‑generation aero engine and propulsion technologies, from early concept exploration to detailed aerodynamic analysis. You will apply methods ranging from 1‑D mean‑line modelling to 3‑D unsteady CFD to evaluate and optimise design concepts. The role requires close collaboration with multidisciplinary teams – including performance, mechanical design, thermal, and controls engineering – and engagement with external research partners.

Responsibilities

• Aerodynamic design and verification of axial and radial turbomachinery components, stationary and rotating
• Use of mean‑line (1‑D), streamline (2‑D) and CFD (3‑D) turbomachinery design tools
• Aeroacoustics and aeroelastic analyses (flutter and forced response)
• Heat transfer analyses
• Collaboration 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
• Documentation and presentation of technical results internally and externally
• Participation in research and technology development projects with partners
• Identification of technology gaps and new opportunities for technology development

Qualifications

• MSc in Aerospace Engineering, Mechanical Engineering, Engineering Physics or equivalent
• Strong knowledge of thermodynamics, aerodynamics, gas turbines and propulsion systems
• Experience or interest in aerodynamic design and analysis of jet engines
• Strong analytical and problem‑solving skills
• Ability to work effectively in multidisciplinary teams
• Good communication skills in Swedish and English, both written and spoken

Meritorious

• Experience in the aerospace industry or relevant academic research
• Experience with commercial CFD tools such as ANSYS Classic/WB/Fluent/CFX/Star‑CCM+
• Experience in UG‑NX
• Programming skills (Python, MATLAB, C++ or similar)
• Knowledge of CFD and turbulence modelling
• Experience in Model‑Based Systems Engineering (MBSE), including requirement management, system architecture modelling, functional decomposition and development of logical and physical architectures

Personal Attributes / What We Are Looking For

• Strong interest in aerospace and propulsion technologies
• Curiosity and motivation by complex technical challenges
• Structured and analytical approach to problem solving
• Enjoys working collaboratively across disciplines
• Communicates clearly and effectively
• Shows initiative and contributes to a positive and innovative team environment