Enable job alerts via email!
Generate a tailored resume in minutes
Land an interview and earn more. Learn more
A leading company seeks a junior/mid experienced FEA/Aircraft Stress Analysis Engineer for a 12-month hybrid role in Bristol. This position involves performing stress analysis on aircraft structures, developing models, and ensuring compliance with industry regulations.
We're currently looking for an junior/Mid experienced FEA/Aircraft Stress Analysis Engineer to join our client's team on a 12-month contract basis. This is a hybrid role based in Bristol, offering GBP30 per hour (Outside IR35).
This is an excellent opportunity to work on high-impact aircraft structural projects, contributing to the design, analysis, and validation of metallic and composite components.
Key Responsibilities:
Perform stress analysis on primary and secondary aircraft structures.
Develop GFEM and DFEM models for structural evaluation and sizing.
Conduct linear and non-linear FEA using tools such as MSC Nastran/Patran, HyperMesh.
Support design modifications and validate them through FEA.
Prepare and deliver technical documentation and participate in PDR/CDR reviews.
Ensure compliance with FAR/CAR and other relevant regulations.
Drive automation and process improvements through Scripting and tool development.
Provide engineering support on field issues and propose alternative solutions.
Required Skills & Experience:
Minimum 5 years' experience in aircraft stress analysis.
Strong background in metallic and composite structures.
Proficiency with MSC Nastran/Patran, HyperMesh.
Expertise in 2D & 3D FE modelling, classical methods, and hand calculations.
Experience in F&DT analysis.
Familiarity with Scripting tools such as TCL, VBA, Python.
Working knowledge of aerospace standards (eg, Airbus, Boeing, Bombardier).
Excellent communication and problem-solving skills.
Desirable:
Experience with CAD tools, PLM systems (Teamcenter, Windchill).
Familiarity with ISAMI and Airbus toolsets.
Previous stress signatory experience is a plus
Apply via the platform below!