Sr. Embedded Software Engineer

As a Sr. Embedded Software Engineer at Anduril Industries, you will be responsible for developing high-performance interfaces between RF hardware and software while creating robust algorithms for manipulating and visualizing RF data. Your work will involve collaborating with digital systems engineers and RFML engineers to enable the rapid deployment of electronic warfare capabilities. Additionally, you will maintain software infrastructure that ensures correct and reliable mission-critical deployments.

To qualify for the Sr. Embedded Software Engineer position at Anduril Industries, you should have at least 2 years of professional experience in software engineering, especially with typed functional programming languages such as Haskell or Rust. Experience in software-defined digital radio systems and the ability to obtain a U.S. Top Secret SCI security clearance is also necessary. Preferred qualifications include MATLAB experience, Linux kernel module development, and FPGA development.

Candidates preparing for an interview for the Sr. Embedded Software Engineer role at Anduril Industries should review their knowledge of embedded systems and RF technologies. Understanding performance optimization techniques and being able to discuss examples from past projects where you effectively collaborated with cross-functional teams will be beneficial. Familiarity with tools and programming languages mentioned in the job description will also give you an edge during the interview process.

At Anduril Industries, the work culture for Sr. Embedded Software Engineers is characterized by a commitment to innovation and collaboration. You will find a team of incredibly talented individuals all striving towards transforming the defense technology landscape. The company promotes an inclusive environment that encourages diverse perspectives and supports professional development, ensuring that you will not only grow in your role but also contribute meaningfully to Anduril's mission.

At Anduril Industries, the salary for a Sr. Embedded Software Engineer ranges between $168,000 and $275,000 USD, depending on various factors like experience and skills. Beyond competitive salaries, employees enjoy top-tier benefits including comprehensive healthcare plans, generous PTO, a professional development stipend, and mental health resources. The company also offers equity grants, promising a holistic compensation package.

In your response, highlight any specific projects where you utilized functional programming languages like Haskell or Rust. Discuss how these languages contributed to system reliability and performance, providing concrete examples of challenges you overcame.

Discuss methodologies such as test-driven development, code reviews, and continuous integration that you've employed to ensure software reliability. Provide specific instances where these methods helped prevent issues in deployed software.

Share an example of a project where collaboration was key. Outline your role in coordinating with other engineers (like digital systems or RF engineers), the communication strategies you used, and the outcomes of the collaboration.

Articulate your understanding of digital radio systems, emphasizing the design and implementation processes. Discuss any particular tools or technologies you specialize in and real-case examples that illustrate your expertise.

Mention aspects such as version control, deterministic builds, and dependency management. Explain how you’ve implemented these practices in your previous roles to minimize maintenance burdens and ensure traceability.

If applicable, describe any experience you have with graphics APIs like OpenGL or Vulkan in the context of embedded systems, including challenges faced and how you solved them. Provide examples of projects where graphics capabilities were crucial.

Discuss your experience with Linux, highlighting any specific roles in kernel development or embedded Linux application development. Provide details on how you have utilized Linux tools in your projects.

Share your preferred debugging tools and techniques, such as using emulators, logic analyzers, or other hardware debuggers. Provide an example where efficient debugging led to a critical fix in a project.

Discuss your strategies for keeping updated, such as reading relevant publications, attending workshops or conferences, and participating in technology communities. Convey your commitment to continuous learning and professional growth.

Share your personal motivations and experiences that have fueled your passion for embedded software engineering. Discuss any specific projects that inspired you and how your work contributes to meaningful outcomes in technology.