R&D Mechanical Design Engineer - Gas Turbine Combustors

Finspaang; Finspångs kommun; On-site; SEK 520,000 - 680,000; Full time

Benefits offered by this job

Reduced working hours

Advance vacation

Health care allowance

Flexible working place

Job summary

Finspaang in Sweden is seeking an experienced R&D Mechanical Design Engineer within Combustion to design and develop burners, combustors and fuel manifolds for gas turbines, addressing extreme temperatures and dynamic loads.

You will take ownership from concept to installation using NX and Teamcenter, collaborate across functions, select materials and production methods, and contribute to robust, high-performance solutions.

Qualifications

• Master’s degree or equivalent in Mechanical Engineering.
• Experience in mechanical design, preferably in high-temperature components or turbomachinery.
• Fluent in English; Swedish is an advantage.

Responsibilities

• Develop and optimize mechanical solutions for burners, combustors, and related components.
• Create concepts, 3D models, and drawings in CAD (NX) and document technical solutions.
• Choose material and production methods for hot components.
• Participate in development projects from idea to finished product, including design reviews and technical analyses.
• Act as a technical contact for suppliers and our in-house workshop.
• Support order design, service, and procurement with technical expertise.
• Contribute to improving methods, processes, and standards within design.

Skills

Mechanical design

High-temp components

Turbomachinery

NX CAD

Strength calculations

Cross-functional teamwork

English fluency

Education

Master's degree in Mechanical Engineering

Tools

NX

Teamcenter

SAP

PLM systems

Job description

Finspaang in Sweden is seeking an experienced R&D Mechanical Design Engineer within Combustion to design and develop burners, combustors and fuel manifolds for gas turbines, addressing extreme temperatures and dynamic loads.

You will take ownership from concept to installation using NX and Teamcenter, collaborate across functions, select materials and production methods, and contribute to robust, high-performance solutions.