Aerospace Stress Engineer (fixed term)

As an Aerospace Stress Engineer at Expleo, your key responsibilities include performing stress analysis and calculations for various aerospace components, systems, and structures using Nastran and Hyperworks software. You'll need to analyze and interpret stress results to ensure compliance with industry standards, conduct static and fatigue analyses to assess the durability of components, and generate detailed technical documentation and reports. Participation in design reviews and meetings will also be part of your role, allowing you to collaborate with other engineering professionals.

To qualify for the Aerospace Stress Engineer position at Expleo, candidates should hold a Bachelor’s degree in aerospace engineering, mechanical engineering, or a related field. Having a solid understanding of aircraft structures and loads, alongside experience in static calculations for sizing and stress analysis, is essential. Proficiency in stress dossier writing and experience with numerical modeling tools such as Nastran and Hyperworks is also required, along with knowledge of composite and sandwich structures.

Candidates applying for the Aerospace Stress Engineer role at Expleo should be well-versed in several software tools. Proficiency in Nastran for stress analysis, Hyperworks for meshing and post-processing, and basic knowledge of Catia V5 is necessary. Additionally, familiarity with MS Office, Excel, and VBA macros will be beneficial in documenting and reporting results effectively. These software skills are vital to executing the responsibilities of the role successfully.

As an Aerospace Stress Engineer at Expleo, you can expect an attractive benefits package including meal and holiday vouchers, private medical insurance, performance bonuses, and holiday bonuses during Easter and Christmas. There are also employee referral bonuses, a subscription to Bookster for personal development, and flexible work-from-home options depending on project requirements. This comprehensive benefits structure is designed to support your well-being and professional growth.

Expleo supports innovation in the aerospace engineering sector through a combination of deep sector knowledge, technological expertise, and collaboration. With over 50 years of experience and a team of dedicated professionals, we focus on enhancing operational excellence and future-proofing our clients' businesses. By engaging in cutting-edge projects, employing advanced engineering practices, and prioritizing continuous improvement, Expleo creates an environment rich in innovation and growth, essential for aspiring Aerospace Stress Engineers.

In answering this question, highlight specific projects where you performed stress analysis, detailing the methodologies and tools used, such as Nastran or Hyperworks. Discuss the types of components you worked on and any challenges you faced during the stress analysis process.

Discuss your understanding of relevant industry standards and regulatory requirements. Explain the process you follow when performing analyses to ensure compliance, including data verification and adhering to best practices in documentation.

Detail your approach to debugging models, referencing specific examples of errors you've encountered and resolved. Explain the checks and balances you employ to ensure model coherence and the importance of thorough testing before reporting results.

Provide examples of projects where you have analyzed composite or sandwich structures. Discuss the unique challenges these materials present in stress analysis and how you adapted your methodologies to ensure accurate results.

Explain your process for establishing boundary conditions and loads, emphasizing your understanding of client specifications. Discuss the importance of these factors in the accuracy and reliability of your stress analysis results.

Discuss the significance of clear technical documentation in engineering and your strategies for writing comprehensive reports. Provide an overview of how you structure your reports and ensure they meet both internal and client standards.

Share examples of your experience with numerical modeling and how you extract and interpret results. Emphasize the tools you utilize for this purpose and any specific outcomes derived from your analyses.

Highlight your understanding of static and fatigue analyses, differentiating the two. Discuss methodologies you've employed in previous projects, and explain how you assess structural integrity and durability for aerospace components.

Discuss your approach to collaboration in design reviews, emphasizing your communication and listening skills. Share examples of how you have contributed to collective problem-solving and decision-making in team settings.

Articulate your interest in Expleo by discussing the company’s values, reputation in the aerospace sector, and how your skills align with their project needs. Mention your enthusiasm for contributing to innovative engineering solutions within a globally recognized team.