Senior Composites Engineer

As a Senior Composites Engineer at Anduril Industries, you will be tasked with conducting mechanical design and analysis of composite components specifically for solid rocket motors. Your responsibilities will include performing initial layouts, detailed design and analysis of composite structures, creating engineering documentation, and supporting prototyping and manufacturing processes both on-site and at supplier facilities.

To qualify for the Senior Composites Engineer position at Anduril Industries, candidates should have 5-15 years of experience in design, analysis, or manufacturing of polymer matrix composites, along with a relevant bachelor’s degree in mechanical, aerospace, or materials engineering. Familiarity with classical laminate theory (CLT), CAD software, and Finite Element Analysis is crucial, along with strong communication skills and the ability to obtain a U.S. Secret Security Clearance.

The Senior Composites Engineer role at Anduril Industries is exciting because it allows you to work on groundbreaking technology that directly impacts defense capabilities. You will be part of a dynamic team that emphasizes innovation, collaboration, and hands-on involvement in both design and manufacturing processes, making your contributions significant in the advancement of military technology.

As a Senior Composites Engineer at Anduril Industries, you can expect a comprehensive benefits package that includes healthcare plans with little to no cost, generous paid time off, parental leave, professional development stipends, mental health resources, and opportunities for equity grants. You will also have access to top-tier support for your well-being and work-life balance.

The Senior Composites Engineer position at Anduril Industries may involve approximately 10%-25% travel, allowing you to visit other Anduril sites, customer sites, and supplier facilities as needed. This travel enhances collaboration and ensures that design and manufacturing processes align with the highest standards.

When discussing your experience with composite materials in engine design, focus on specific projects where you used polymer matrix composites. Detail the types of composites you utilized, the design challenges you faced, and the outcomes of your projects. Highlight your understanding of classical laminate theory and any practical implementation of manufacturing techniques you've employed.

In answering this question, explain your approach to stress and thermal analysis in composite designs. Discuss the software tools you use for Finite Element Analysis and how you validate your findings with empirical data or prototype testing. Be specific about a scenario in which your analysis led to an improvement in the design.

Discuss your proficiency with CAD software such as Solidworks, PTC Creo, or Siemens NX. Provide examples of specific projects where you've used these tools for modeling composite structures effectively and how your skills contributed to achieving design objectives.

Share a specific scenario where you encountered a manufacturing challenge while working on composite components. Explain your problem-solving process, the collaboration with suppliers, and how the experience improved your approach to future designs.

Explain your knowledge and experience with Geometric Dimensioning and Tolerancing (GD&T) practices. Outline how you have applied GD&T principles in engineering drawings and documentation to improve communication with manufacturing teams and ensure precise fabrication of components.

Discuss the resources you utilize to stay informed about advancements in composite manufacturing techniques, such as attending industry conferences, reading research papers, or participating in online forums. Highlight how staying current on trends influences your design and engineering practices.

When asked about presenting technical information, share experiences where you've conducted formal and informal design reviews. Focus on the preparation process, how you tailored your presentation to different audiences, and what feedback you received that improved your communication style.

In your answer, describe specific hands-on experiences you've had with composite manufacturing processes such as filament winding or hand layup. Detail any processes you’ve overseen and the outcomes regarding quality and efficiency.

Discuss your collaborative approach with cross-functional teams, emphasizing your communication strategies and how you gather input from different disciplines. Explain how collaboration has led to successful project outcomes and improved product quality.

Explain your method for prioritizing tasks when managing multiple projects. Discuss your use of project management tools, setting timelines, and how you adjust priorities based on business demands to ensure that deadlines are consistently met without sacrificing quality.