Stress Engineer

A Stress Engineer at Safran Engineering is primarily responsible for conducting detailed finite element analysis on both stationary and rotating assemblies using Ansys Workbench. This role also involves performing hand calculations for preliminary assessments and verifying the results of your analysis. You will be tasked with collaborating closely with design and stress teams to ensure timely and efficient delivery of high-quality outputs, including technical reports and presentations.

For the Stress Engineer role at Safran Engineering, candidates typically need a strong background in engineering, particularly with experience in finite element analysis and proficiency in Ansys Workbench. Understanding of stress analysis techniques, rotordynamics, and explicit dynamics analysis (such as LS-Dyna) is highly beneficial. Furthermore, a solid grasp of material behaviors, damage mechanisms, and excellent technical writing and presentation skills are essential for success in this role.

Success as a Stress Engineer at Safran Engineering requires proficiency in product, assembly, and component-level meshing, alongside model setup and analysis in Ansys Workbench. Key skills include linear and nonlinear stress analysis, modal and harmonic analysis, and a good understanding of various materials and their behaviors. Knowledge of damage mechanisms, especially fatigue, is also crucial. Furthermore, effective communication and technical report writing abilities are important to ensure clear conveyance of complex information.

The work environment for a Stress Engineer at Safran Engineering is a blend of collaborative teamwork and independent focus. This role involves working both onsite and remotely, providing flexibility while ensuring that you remain integrated with your team. You can expect to spend approximately 3 days a week at the customer site and the remaining 2 days working from home, catering to a work-life balance that many professionals seek today.

Safran Engineering offers an attractive benefits package for the Stress Engineer position, including a personal pension scheme with contributions from both employee and employer. Employees enjoy generous holiday allowances amounting to 185 hours plus statutory bank holidays, death in service life insurance, and access to the PEGI Share Scheme. Additionally, there is a strong focus on career development and training, along with a hybrid working arrangement that allows for early finishes on Fridays.

In response to this question, detail specific projects where you successfully executed finite element analysis on rotating assemblies. Showcase your familiarity with Ansys Workbench, discussing the particular challenges faced and how you addressed them. Highlight your understanding of rotordynamics and any outcomes that positively impacted the project.

Demonstrate your methodical approach by discussing the verification methods you employ, such as performing hand calculations and cross-checking your work using established benchmarks. Mention any tools or software you use for validation and how you collaborate with teammates for accuracy.

Be specific about your areas of expertise, such as linear and nonlinear stress analysis, modal analysis, and harmonic analysis. Discuss any relevant projects you've worked on and the impact of your analyses on these projects, showing a deep understanding of the engineering principles behind each type of analysis.

Select a project where you played a crucial role in overcoming technical challenges. Discuss your responsibilities, the analytical approaches you employed, and how you worked with other departments. Emphasize the lessons learned and the skills you developed during that process.

Discuss your structured approach to writing technical reports, emphasizing clarity and conciseness. Share techniques you use for presenting your findings so that they resonate with stakeholders, such as using visuals or simplified explanations of complex data. Highlight any feedback you've received on your technical communications.

Explain your background regarding different damage mechanisms, particularly focusing on specific projects that illustrate your knowledge. Discuss your understanding of low-cycle and high-cycle fatigue and any tools, like nCode, that you've used to analyze these factors.

Discuss how different materials react under different stress conditions and why this understanding is critical when conducting analyses. Mention particular materials you’ve worked with and how the material properties influenced your design decisions. This showcases your expertise in material selection based on empirical data.

Talk about your commitment to continuous learning, such as attending workshops, participating in webinars, or following industry news. Mention any relevant professional organizations you belong to and how you apply new knowledge in your projects.

Provide an example where time management was critical. Discuss the strategies you employed to prioritize tasks, keep communication lines open with your team, and ultimately deliver high-quality results despite time constraints.

Illustrate your collaborative skills by discussing successful partnerships with design engineers in previous roles. Emphasize how you communicate effectively, share insights, and contribute to finding solutions together while underlining the importance of teamwork in achieving successful project outcomes.