Senior Aerospace Stress Analyst (Flight Structures)

AeroTEC; Seattle (WA); On-site; USD 136,000 - 157,000; Full time

Job summary

AeroTEC's Seattle Engineering Center is seeking an Aerospace Engineer specialized in stress analysis to support multiple projects in primary and secondary structures. The role involves independent judgment and collaboration across disciplines to meet stringent aerospace requirements.

The candidate will develop FEM models, analyze fuselage and wing components, and work with CAD data in a fast-paced team environment. Travel up to 25% may be required.

Qualifications

• B.S. in Mechanical or Aerospace Engineering or equivalent.
• 5+ years of structural analysis experience in primary/secondary structures (metallic and composite).
• Familiar with fuselage and wing analysis and system installation.
• Proficient with NASTRAN/PATRAN and FEMAP to run FEM simulations.
• Proficient with CATIA V6/V5 and NX CAD to interrogate 3D/2D data.
• Knowledge of FAR Part 23 and Part 25 standards and design criteria.
• Ability to work well in a team and communicate effectively.
• Willingness to travel up to 25% domestically and internationally.

Responsibilities

• Perform detailed analysis of primary & secondary airframe structures for new designs and major modifications.
• Develop detailed Finite Element Models based on new and reverse engineering requirements.
• Develop stress analysis tools and methodologies.
• Coordinate with technical disciplines to ensure deliverables meet requirements.
• Interrogate CAD models using a PDM system proficiently.
• Onsite support to oversee modification implementation and flight test activities.
• Provide MRB support.

Skills

Structural analysis

Communication

Education

B.S. in Mechanical or Aerospace Engineering

Tools

NASTRAN/PATRAN

FEMAP

CATIA V6/V5

NX CAD

Job description

AeroTEC's Seattle Engineering Center is seeking an Aerospace Engineer specialized in stress analysis to support multiple projects in primary and secondary structures. The role involves independent judgment and collaboration across disciplines to meet stringent aerospace requirements.

The candidate will develop FEM models, analyze fuselage and wing components, and work with CAD data in a fast-paced team environment. Travel up to 25% may be required.