(Junior) Stress Engineer (d/f/m), Manching

Airbus is a leading aircraft manufacturer with the most modern and comprehensive family of airliners on the market, ranging in capacity from 100 to more than 500 seats. Airbus champions innovative technologies and offers some of the world’s most fuel efficient and quiet aircraft. Airbus has sold over 13.800 aircraft to more than 360 customers worldwide. Airbus has achieved more than 8,000 deliveries since the first Airbus aircraft entered into service. Headquartered in Toulouse, France.

Your benefits

• Attractive salary and special payments
• 30 days holidays and extra days-off for special occasions
• Excellent upskilling opportunities and great development prospects
• Special benefits: employer-funded pension, employee stock options, discounted car leasing, special conditions for insurances, transportation subsidy, employee benefits at cooperating companies
• On-site-facilities: Medical officer for check-ups and other health-related services, canteen and cafeteria, kindergarten close to the site
  

Your tasks and responsibilities

• Analysis of structural parts, components and installations made from metal and carbon fiber materials using state of the art analysis tools, FEM techniques and classic handbook methods
• Providing stress support to our products during development, qualification, maintenance and in service
• Strong collaboration with other engineering departments (e.g. design, loads, materials) in order to develop best technical solutions for our products
• Provide analysis support and relevant inputs to various project stakeholders
• Documentation of analysis results and preparation of qualification reports
• Manage allocated tasks and activities ensuring they are correctly executed to achieve required quality and customer time scales

Desired skills and qualifications

• Educated engineer with university degree in aerospace engineering or equivalent
• First working experience as an intern or working student in engineering (having spent a term abroad is seen as a plus)
• Basic theoretical and practical knowledge in FEM techniques and standard stress and fatigue analysis methods (e.g. HSB, Bruhn, ESDU, Roark & Young)
• Knowledge of design principles, manufacturing processes and materials (metals and fiber composites) is a plus
• Business fluent in written and spoken German and English