Expert Stress Engineer - Systems & Interiors (all genders)

Deutsche Aircraft GmbH Location Not Available

Stellenbeschreibung:

This is what drives you:

You have a clear idea of what you want: To contribute to the vision of safe and energy-efficient flying, in a team of like-minded aviation enthusiasts who are determined to shape the future of aviation.

This is what you can do:

Provision of technical expertise in support of structural justifications for systems, system installations and cabin installations for a CS25 commuter aircraft
Definition of analysis philosophy, and associated methods, for the structural justification of systems, systems installations and cabin installations
Review and approval of structural analysis and compliance documentation produced by systems and equipment suppliers
Acting as Compliance Verification Engineer (CVE) for all analysis activities relating to systems, systems installations and cabin installations
Mentoring and coaching of Systems & Cabin Stress team as well as provision of technical direction to suppliers
Definition, witnessing and interpretation of development and certification test

You’ll bring this with you:

15+ years of experience of static and F&D analysis of systems, systems installations (ECS, Electrical, Hydraulic, Fuel, Avionics, Flight Controls, Mechanical Systems) and interiors installations (Momuments, Galleys, Lavatories, Partitions etc.) for CS25 aircraft
Strong understanding of EASA (and FAA) certification requirements for CS25 aircraft associated AMC/GM, and the aircraft certification process as well as other industry standards such as DO160G
Previous experience as a CVE for systems stress including compliance showing and certification documentation
Demonstrated ability to mentor and coach other stress engineers and provide technical direction on external work packages offloaded to suppliers
Proficiency in FEM tools (e.g., Nastran, Patran, HyperWorks) and classical stress analysis
Familiarity with Catia or similar CAD environment and 3DEXPERIENCE (3DX) for collaborative design, model synchronization, and PLM workflows
Strong technical writing skills for stress reports, compliance documentation, and substantiation dossiers
Understanding of load paths, load introduction, system/component vibration considerations, and integration with primary structure
Familiarity with fatigue & damage tolerance methods, durability concepts, and substantiation as per EASA requirements
Capability to participate in or define static/fatigue tests, provide analytical predictions, and correlate results
Proactive and solution oriented mindset suitable for a dynamic aerospace environment
Excellent communication skills, especially with multidisciplinary and cross-functional teams
Ownership, accountability and high attention to documentation quality
Strong problem solving, planning, and prioritization skills
Fluent English communication skills