Loads Engineer

As a Loads Engineer at SAFRAN Engineering Services, your primary responsibilities will include performing load calculations for future aircraft design, determining ground loads during various flight scenarios, and calculating component-specific loads. You'll engage in crucial aeroelastics calculations, including flutter analyses and control surface assessments, ensuring that safety and performance standards are met.

To be successful as a Loads Engineer with SAFRAN Engineering Services, you should possess a degree in Mechanical, Aerospace, or Structural Engineering. Furthermore, strong technical skills in flight physics, aeroelastics, and proficiency in coding languages such as VBA and Python are essential. Familiarity with Matlab will also be crucial for your day-to-day tasks.

A Loads Engineer at SAFRAN Engineering Services commonly uses tools like Matlab for simulations and data analysis. Your work will also involve coding with VBA and Python, which will assist in developing and automating load calculations. A sound understanding of flight physics and aerodynamics will further enhance your capabilities in this role.

Yes! SAFRAN Engineering Services offers hybrid working options for Loads Engineers. You can expect a flexible work schedule, splitting your time between our Bristol office and working from home. This setup supports a better work-life balance while still fostering teamwork and collaboration with your peers.

At SAFRAN Engineering Services, we prioritize career development for our Loads Engineers. You will have access to various training resources aimed to enhance your skills and knowledge in loads engineering and related areas. Our supportive environment encourages growth and prepares you not only for your current role but also for future advancements within the SAFRAN Group.

Absolutely! Start by breaking down the different types of loads an aircraft experiences, including ground loads during landing and flight loads during various maneuvers. Discuss how each load influences aircraft design and performance, and emphasize the importance of accurate calculations to meet safety standards.

When working in a multicultural team, communication is key. Share your experiences of collaborating with diverse perspectives and cultures. Highlight the importance of empathy, respect, and active listening, which foster stronger team dynamics and innovative problem-solving.

Key software tools include Matlab for calculations and simulations, alongside programming languages like VBA and Python. Offer specific examples of how you've utilized these tools to streamline your workload, enhance precision in load calculations, or develop automated scripts that improve efficiency.

In your response, elaborate on your familiarity with aeroelastic phenomena such as flutter and limit cycle oscillations. Share specific projects or tasks where you applied this knowledge, demonstrating your analytical skills when assessing the impact of these factors on aircraft design and safety.

Assure the interviewer that you follow industry regulations and standards rigorously. Describe your process for validating load calculations and your method for cross-referencing with safety benchmarks. Your proactive approach in collaborating with teams to address any potential risks will be equally important.

Identify common challenges such as adapting to new technologies or meeting tight deadlines. Showcase your problem-solving skills by sharing specific strategies you've employed to tackle these challenges, such as prioritizing tasks, seeking support, or continuous learning to stay ahead of the curve.

Mention your commitment to ongoing professional development through industry publications, webinars, and participating in relevant workshops. Show your enthusiasm for learning from peers and mentors and how this knowledge enhances your contributions as a Loads Engineer.

Share a brief story about a notable project, outlining your role and the challenges faced. Highlight the techniques you implemented to lead the project successfully and the positive results achieved, like improved load calculations or enhanced teamwork, along with any feedback received.

Discuss how coding aids in automating repetitive calculations, increasing accuracy, and facilitating data analysis. Provide a concrete example where your coding skills led to notable improvements in efficiency or allowed for complex modeling that enhanced the accuracy of your work.

Speak about your genuine interest in SAFRAN Engineering Services, emphasizing your alignment with the company's values and commitment to innovation. Describe how this role excites you due to the challenges of aircraft design and your aspiration to contribute to a well-respected team.