Embedded Software Engineer - Embedded Linux

As an Embedded Software Engineer at Zoox, you will be responsible for designing, developing, debugging, and optimizing software for our Linux-embedded platforms. You'll collaborate with validation engineers to enhance platform capabilities and accelerate application development. This role also involves contributing to various phases of the software development cycle, including requirements gathering, design, implementation, and testing.

To qualify for the Embedded Software Engineer position at Zoox, candidates should have at least 5 years of experience with Linux development, along with a bachelor’s in computer science or a related field, or a master’s with at least 4 years of relevant experience. Proficient skills in C programming, Shell, and Python scripting are crucial for success in this role.

An Embedded Software Engineer at Zoox should have expert-level proficiency in C programming, along with strong capabilities in Shell and Python scripting. Experience with the Linux kernel and familiarity with networking or audio technologies are also significant bonuses that can enhance your application.

Yes, candidates applying for the Embedded Software Engineer position at Zoox can strengthen their application by showcasing experience with the Yocto Project or other embedded Linux build frameworks. Additionally, hands-on experience controlling hardware from the Linux kernel can be a valuable asset.

The compensation package for an Embedded Software Engineer at Zoox includes a competitive salary ranging from $160,000 to $215,000, depending on experience and level. Alongside this, you may receive Amazon Restricted Stock Units (RSUs) and Zoox Stock Appreciation Rights, among other comprehensive benefits like health insurance and paid time off.

Absolutely! When answering this question, focus on specific projects you've worked on that relate to embedded Linux systems. Highlight the tools, programming languages, and frameworks you've utilized, and discuss the challenges you faced during development and how you overcame them.

Select a difficult project where you identified a core issue that required innovative solutions. Detail your problem-solving approach, the steps you took to resolve the issue, and the outcome. Emphasize collaboration with team members if applicable, showcasing your teamwork skills.

When discussing optimization techniques for embedded software, mention strategies like code profiling, memory management, and trade-offs between performance and power consumption. Provide specific examples from your past work where you've implemented these techniques successfully.

It's important to discuss validation and testing methods you've used, such as unit testing, system integration testing, or hardware-in-the-loop testing. Explain your systematic approach to ensuring software quality and how this aligns with Zoox's commitment to robust software development.

Highlight specific projects where you've utilized shell scripting to interact with system calls or automate tasks in embedded systems. Be prepared to outline the benefits that scripting brought to your workflow, such as increased efficiency or reduced errors.

Share your involvement in open-source initiatives, emphasizing any contributions you've made or collaborative projects you've participated in. This is a great chance to demonstrate your passion for software and community development.

Discuss your familiarity with agile methodologies, such as Scrum or Kanban. Provide examples of how you've adapted to changing requirements, participated in sprints, and collaborated effectively with cross-functional teams.

Outline a comprehensive testing strategy that might include unit tests, integration tests, and system tests. Highlight the importance of both automated and manual testing in ensuring software functionality in real-world conditions.

Explain the tools and processes you've utilized for version control, such as Git. Discuss how you manage branches, handle merges, and the importance of clear commit messages in maintaining organized and efficient collaboration with team members.

Discuss factors like resource constraints, power consumption, and hardware capabilities. Mention any experience you have with specific hardware platforms and how that influenced your software architecture or design decisions in past projects.