Embedded Software Engineer II - job 1 of 3

As an Embedded Software Engineer II at Axon, your main responsibilities will include designing, developing, testing, and maintaining embedded applications and networking configurations for our Fleet products. You'll be a pivotal part of a high-performing team, collaborating with cross-functional teams including Product Management and Design. Additionally, you will introduce innovative solutions while conducting architecture reviews and mentoring junior engineers.

To apply for the Embedded Software Engineer II role at Axon, you should have over five years of professional software development experience, specifically in C/C++, Go, or Python. Experience with Embedded Linux development and a solid understanding of networking protocols like TCP/IP is essential. Additionally, having mentorship experience is beneficial.

Axon provides a comprehensive benefits package for Embedded Software Engineer II roles, including competitive salary, 401k with employer match, and discretionary time off. You’ll also enjoy medical, dental, vision plans, paid parental leave, fitness programs, and emotional development programs. Plus, who doesn’t love snacks in the office?

Yes! As an Embedded Software Engineer II at Axon, you’ll have the flexibility to work from home. However, having access to one of our R&D hubs in the US, like Seattle, allows for in-person collaboration when it’s helpful and enriches the team culture.

Axon is dedicated to fostering growth for Embedded Software Engineers through mentorship opportunities, offering a collaborative environment where experienced engineers guide juniors. You’ll also be encouraged to participate in team retrospectives, learn new technologies, and contribute to improving software engineering processes.

In answering this question, you should highlight your specific experiences with embedded software projects, mentioning the languages and technologies used. Discuss any challenges faced and how you overcame them to show problem-solving skills.

Detail your systematic approach to debugging, including the tools and techniques you employ. Mention any specific instances where you have effectively debugged a complex issue, showcasing analytical skills and persistence.

Discuss your experience with code reviews, writing unit tests, and adhering to coding standards. Emphasize the importance of documentation and continuous integration in maintaining code quality.

Articulate your philosophy on mentorship, mentioning how you would assess their skills, set goals, and provide constructive feedback. Mention the importance of fostering a safe learning environment.

Share your specific experiences with open source tools, libraries, or frameworks that you've utilized in your projects. Highlight any contributions you’ve made to the community and how that knowledge benefits your work.

Frame your response by detailing your knowledge of key networking protocols and how they relate to your past projects. Provide examples of how you’ve implemented these protocols effectively.

Outline a specific project that required collaboration with product managers or designers, detailing how you aligned technical requirements with user needs and ensured the product vision was met.

Share a specific challenge and your approach to handling it, demonstrating resilience and problem-solving abilities. Talk about the lessons learned and how they made you a better engineer.

Talk about your commitment to continual learning and professional development. Mention specific resources such as technical blogs, online courses, and industry conferences that you utilize to stay informed.

Emphasize the importance of collaboration and communication in the software development lifecycle. Provide examples of how you've successfully worked on a team to achieve project goals.