Sr. Civil/Structural Engineer (Starship)

As a Senior Civil/Structural Engineer at SpaceX, you'll oversee structural engineering work packages, focusing on the design and development of high-rise facilities. Your role will encompass everything from initial feasibility studies and preliminary designs through to managing construction projects, ensuring they meet both schedule and budget constraints.

To qualify for the Senior Civil/Structural Engineer position at SpaceX, candidates must possess at least a Bachelor’s degree in structural engineering, civil engineering, or a related field, alongside a minimum of 5 years of relevant experience, particularly with structural infrastructure design and construction.

Preferred skills for the Senior Civil/Structural Engineer at SpaceX include experience in high-rise construction projects, proficiency with design software like AutoCAD and Revit, knowledge of steel and concrete design principles, and the ability to manage complex projects in a fast-paced environment.

Senior Civil/Structural Engineers at SpaceX will focus on the design of vertically-integrated facilities supporting the production and refurbishment of Starship vehicles. This includes working on large-scale construction projects that involve innovative structural systems designed to accommodate the unique needs of space exploration.

SpaceX offers a comprehensive benefits package for Senior Civil/Structural Engineers, including competitive salaries, stock options, medical, dental, and vision coverage, a 401(k) retirement plan, vacation time, paid holidays, and paid sick leave, as well as additional perks to support overall well-being.

When answering this question, provide a clear overview of your role, the project's objectives, challenges faced, and how you led the team toward successful completion. Highlight key milestones, your management strategies, and the impact of the project on the overall engineering goals.

Discuss specific methodologies that you are comfortable with, such as finite element analysis or load and resistance factor design. Explain why you choose certain methods based on project requirements and how they help ensure structural integrity.

Share your problem-solving strategies, emphasizing communication and collaboration. Describe a specific instance where you successfully resolved a conflict by addressing concerns promptly with stakeholders and adjusting project plans as necessary.

In your response, detail relevant projects where you faced high-rise construction challenges, such as complex site conditions or coordinating multiple disciplines. Share solutions you implemented to address these issues effectively.

Discuss your approach to safety culture, such as regular safety briefings, monitoring compliance, and rectifying hazards. Mention any specific safety regulations or best practices you emphasize based on previous projects.

Describe your proficiency with AutoCAD and Revit, giving examples of how you've utilized each program in past projects to produce structural drawings and facilitate collaboration among design teams.

Explain your prioritization process, such as assessing project timelines, resource availability, and stakeholder needs. Give examples of how effective time management and critical thinking have led you to successful project outcomes.

Share your insights into the evolving responsibilities of structural engineers as they pertain to advancements in space exploration. Emphasize innovative design practices and collaboration with diverse engineering disciplines.

Provide a clear example of your adaptability. Talk about the situation, the new information you received, how you assessed its impact, and what steps you took to modify your designs or project plans.

Discuss financial management strategies you have utilized, such as rigorous cost estimation techniques, ongoing budget monitoring, and regular reporting to stakeholders. Emphasize the importance of staying within budget while maintaining quality.