• Conducts and Leads analysis task without supervision within his dedicated field. Conduct high complexity tasks with or without supervision:
  • Define analysis approaches to investigate mechanical design problems, changes and improvements, and verify solutions.
  • Provide inputs to technical and procurement specifications.
  • Establish analysis methods and create and maintain mathematical models for static and dynamic FE analysis.
  • Perform static and dynamic analysis and updates/improvements thereof to support the evolution of the product.
  • Perform detailed stress and strength verification analysis.
  • Perform test predictions, test evaluations and correlations.
  • Perform mass reviews and inputs into ADPs.
  • Perform flight predictions and post-flight evaluations. Support post-flight findings resolution.
• Supports in his engineering field during product development, production support, innovation, and project.
• Participates in NRBs (Non-Conformance Review Board) according to the NC process. Actively propose technical solutions in his field of activity. Implement Lessons Learn.
• Proactively communicates and aligns cross-functionally with the adjacent engineering fields and department outside engineering such as operations, quality, procurement, and other teams.
• Supports processes and product continuous improvements to deliver in line with customer quality, cost, and demand. Propose market-oriented initiatives to improve existing products, technologies, and production processes.
• Writes and reviews technical documentation (e.g. Test plan, analysis reports…), project related deliverables and other specifications related to his field of work. Adapt to the product- and mission-specific requirements.
• Utilizes project management techniques / tools to meet cost, technical, and schedule requirements. Support Technical Lead in progress reporting.
• Understands and complies with internal BPM.
• Work package / Task Manager. Owns technical, budget and schedule responsibility for fulfilment of tasks assigned by projects.
• Supports his engineering field during negotiations and reviews with customers and suppliers or subcontractors.
• Onboarding of peer. Provide assistance in the ramping up of newcomers.
• Co-works in the bidding team for proposal, quotations.
• Participates in the Recruitment Process.
• Coach intern/students, contractors, and junior engineers.

• University/ETH master’s degree in mechanical engineering or aerospace engineering.
• Minimum 3 years’ experience in an aerospace company (or equivalent relevant experience) in the fields of:
• FE Analysis with NASTRAN, Hyperworks and/or Abaqus.
• Detailed stress analysis.
• Mechanical engineering.
• Advanced knowledge in FE analysis with the solver NASTRAN, Hyperworks and/or ABAQUS to efficiently create FE models and perform analysis.
• Advanced English language skills (reading, writing and speaking).

Nice to have’s:

• Experience in analysis of payload fairing and other launcher structures.
• Experience in test prediction and correlation of structures and components, static and dynamic.
• Advanced knowledge in detailed stress analysis using aerospace methods.
• Advanced knowledge in mechanical lay-out of aerospace structures and components.
• Advanced knowledge in analysis of composites and composite structures.

• Work in an international environment with global mindset and high-tech products that will fly into space
• A highly specialized and motivated team with a lot of know-how in a unique industry
• We live a hands-on mentality and take suggestions for improvement seriously
• Attractive employment conditions (contribution to public transport, trainings and development opportunities, full paid maternity/paternity leave and many more)
• At least 5 weeks of vacation with possibility to buy additional vacation