Structural Analysis Engineer (Associate, Mid-Level, or Senior) - job 1 of 2

A Structural Analysis Engineer at Boeing is responsible for developing and documenting structural requirements, coordinating with different engineering teams, using analytical methods to verify structural integrity, and creating test plans to validate systems. You’ll also support in-service products by analyzing failures and making improvements, all while continuously exploring new technologies to enhance future product designs.

To qualify as a Structural Analysis Engineer at Boeing, you should possess a Bachelor of Science degree in engineering or a related field from an accredited course of study. Entry-Level positions require some experience in design or tests and evaluations, while Associate and Mid-Level positions require 1-3 years of relevant work experience or an equivalent combination of education and experience. A background in mechanical or aerospace engineering is highly desirable.

Yes, Boeing offers relocation options based on candidate eligibility for the Structural Analysis Engineer positions. If you are currently residing outside of St. Louis County, MO, and are willing to relocate, you can explore this opportunity to join a leading aerospace company.

The work environment for a Structural Analysis Engineer at Boeing is collaborative and dynamic, focusing heavily on teamwork and communication among engineering groups. Since this position is 100% onsite in Berkeley, MO, you'll engage closely with fellow engineers, sharing insights and approaches to meet project objectives while ensuring high safety and performance standards.

Boeing provides a competitive total rewards package, which includes base pay, variable compensation opportunities, health insurance, flexible spending accounts, retirement savings plans, and various programs for paid and unpaid time off. This comprehensive package is designed to attract, engage, and retain top talent in the industry.

When approaching the development of structural requirements, I prioritize understanding the project's specific goals and constraints. I employ analytical methods to analyze preliminary designs and collaborate with cross-functional teams to ensure that all requirements are captured comprehensively before moving forward.

Finite Element Analysis is crucial in structural engineering as it allows me to simulate and evaluate how structures respond to various forces and conditions. By using FEA, I can identify potential issues in early design phases, significantly reducing the risk of failures during testing and in-service.

In my previous roles, I developed and implemented detailed test plans that outlined the necessary configurations, procedures, and data analysis methods. During execution, I ensured adherence to the plan while remaining flexible to adapt if unexpected issues arose. Post-test, I meticulously analyzed results to validate our designs.

I stay updated with emerging technologies by regularly attending industry conferences, participating in online courses, and engaging with professional communities. These resources provide insights into the latest tools and practices, allowing me to incorporate innovative solutions into my work.

When investigating failures, I adopt a systematic approach by gathering data, conducting root cause analysis, and collaborating with relevant teams to understand the failure modes. This comprehensive analysis allows us to develop actionable recommendations to enhance product resilience.

I ensure alignment with regulatory requirements by thoroughly reviewing the relevant standards during the design phase. I maintain close communication with the certification teams and constantly monitor the analysis outputs to verify compliance at every project stage.

In a previous role, I streamlined the analysis workflow by implementing a new simulation tool that reduced computation time by 30%. This change allowed our team to focus more on analysis rather than waiting for results, significantly speeding up our development cycles.

I prioritize tasks by assessing project timelines, stakeholder requirements, and resource availability. I use project management tools to keep track of progress, ensuring that I allocate my time effectively across all active projects while still meeting deadlines.

Teamwork is essential in my role as it fosters collaboration, promotes knowledge sharing, and ensures that diverse perspectives contribute to the project. Effective communication within the team is key to identifying potential pitfalls early and ensuring that our solutions are well-rounded.

I value constructive criticism as it provides opportunities for growth and improvement. I actively listen to feedback, assess its validity, and integrate useful points into my work. This openness to critique helps me continually enhance my approaches and fosters a positive team culture.