Sr. Structures Analyst (Starship)

As a Sr. Structures Analyst at SpaceX, your primary responsibilities include developing guidance and structural analysis tools for company-wide use, performing structural analysis of both primary and secondary structures, and conducting preliminary sizing of these structures using materials like metals and composites. You'll work closely with engineering teams to conduct rapid design and testing cycles, and your role will involve peer reviewing models and analyses to ensure the highest standards in safety and functionality.

To qualify for the Sr. Structures Analyst position at SpaceX, you need at least a bachelor's degree in an engineering, math, or physics discipline. Additionally, having over five years of professional experience in structural analysis using commercial FEA or multi-physics simulation packages like ABAQUS, ANSYS, or NASTRAN is essential. Preferred candidates may possess a master's degree or PhD, along with experience in stress analysis and proficiency in advanced simulation tools.

Preferred skills for the Sr. Structures Analyst role at SpaceX include advanced proficiency in FEA solvers such as ABAQUS, ANSYS, and Nastran, excellent understanding of fatigue and fracture mechanics, and familiarity with fatigue analysis codes. Additionally, scripting experience in Python, VBA, or Matlab would be beneficial. A knack for communication and the ability to present findings clearly are also crucial.

The compensation for a Sr. Structures Analyst at SpaceX ranges from $125,000 to $175,000 per year. However, actual salary levels will depend on factors such as your level of experience and relevant skills. In addition to salary, you may also be eligible for long-term incentives, bonuses, and benefits that enhance your overall rewards package.

At SpaceX, Sr. Structures Analysts can expect a dynamic and fast-paced work environment that thrives on collaboration and innovation. The job may require long hours and weekend work during critical project phases, and occasional travel may be necessary. SpaceX fosters a culture of excellence where self-direction and proactive engagement are highly valued.

When answering this question, focus on detailing specific projects where you've utilized finite element modeling tools. Discuss the software you used, the objectives of the project, and any challenges you overcame during the modeling process. Emphasize your methodology and how your work contributed to structural integrity and overall project success.

For this question, explain your approach to peer review, emphasizing the importance of attention to detail, clear communication, and collaborative feedback. You might share a process that includes reviewing assumptions made in the models, validating input parameters, or ensuring adherence to the project requirements to maintain quality and accuracy.

Highlight your ability to manage multiple projects efficiently by discussing specific tools or techniques you use for prioritization, such as setting deadlines, breaking projects into smaller tasks, or maintaining open lines of communication with your team. Give an example of how you've successfully balanced competing demands in the past.

In your response, mention various materials, both metallic and composite, you have experience analyzing. Discuss any specific projects where material choice was critical and how you approached the analysis to ensure optimal performance while considering factors like cost and weight.

When answering this question, provide specific examples where you've utilized scripting to enhance analysis efficiency or automate processes. Discuss the outcomes of these scripts, such as reduced time for simulations or improved accuracy in results, and how it impacted the overall project.

Share how you continually educate yourself in the field, whether through professional memberships, attending workshops, or following relevant publications and research. Highlighting your commitment to lifelong learning showcases your dedication to excellence within your role at SpaceX.

Discuss how you simplify technical jargon and tailor your communication based on your audience's level of understanding. It’s important to demonstrate your ability to convey essential information clearly, ensuring engagement and comprehension during presentations or discussions across teams.

Choose a relevant experience detailing the issue at hand, your analysis method, and the steps you took to solve it. Avoiding overly technical explanations, focus on what made the solution effective and the positive outcomes resulting from your work.

Talk about the specific procedures and checks you implement throughout your analysis process to ensure compliance with safety standards and industry regulations. Discuss the importance of staying informed about standards and how you incorporate them into your workflows.

Express your passion for space exploration, mentioning how the challenge of designing for extreme conditions and contributing to human ventures beyond Earth excites you. Relate this enthusiasm back to your skills, showcasing how they align with SpaceX's mission and vision.