As part of Leonardo, Kopter currently develops the AW09, a next-generation single-engine helicopter that offers the largest cabin and cargo hold in its category, increased modularity, and modern electronic systems. The AW09 delivers the latest safety standards, along with enhanced performance and comfort at low operating costs.
Kopter aims to become Leonardo’s Centre of Excellence for new light helicopters and an incubator for new technologies, contributing to the development of hybrid and electrical propulsion systems. Kopter’s team of 320 talented members is primarily based in Switzerland, near Zurich and in Mollis (Canton of Glarus).
Your Responsibilities
We are seeking an outstanding and passionate Analysis Lead Engineer with a strong background in structural stress analysis to join our innovative team.
Sizing and stress analysis of airframe structures using hand calculations, numerical simulations (FEM), and optimization techniques.
Structural analysis of structures in accordance with aerospace analysis methodologies and applicable regulatory frameworks (EASA Part-21, J, and CS27).
Conduct trade studies as part of the development of Kopter products.
Perform static and fatigue analysis for structures to support obtaining a prototype permit to flight or aircraft type certification.
Participate in defining material and structural tests.
Prepare analysis reports, technical notes, and presentations.
Manage work packages internally and externally.
Support flight test activities focusing on structures, including defining static and fatigue monitoring limits and reviewing flight test data.
Minimum Qualifications
MSc degree in Aerospace, Mechanical, or Structural Engineering or a related discipline.
Understanding of lightweight structures design.
Minimum 5 years of professional experience in aerospace/aviation.
Knowledge of applicable regulatory frameworks (EASA Part-21, J, and CS27).
English proficiency at B2 level or higher (spoken and written).
Ability to work in a high-paced environment under pressure.
Ability to multitask and handle several tasks simultaneously.
Self-motivated and able to work with limited guidance.
Strong foundation in first principles analysis.
Experience with traditional hand calculation methods.
Experience and knowledge of composite materials and analysis.
Proficiency in FEA software such as Hyperworks, Hypermesh, Nastran / Optistruct, or other packages.
Experience in optimizing lightweight structures.
Our Offer
We offer an exciting opportunity in an entrepreneurial environment with room for growth in every dimension.
Your Next Step
If interested, please submit your complete application documents in English, including:
Diplomas
Employment references
Please note that this position is only open to candidates holding a valid Swiss Working Permit, EU Nationals, or Swiss Nationals.
Department of Engineering, located in CH-8620 Wetzikon
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