Staff System Software Engineer (Superbuilder) - Embedded

To excel as a Staff System Software Engineer at Motive, you should have at least 8 years of software development experience, particularly with devices, backend, cloud, or mobile platforms. A Bachelor’s degree in Computer Science, Electrical Engineering, or a related field is essential. Moreover, proficiency in programming languages such as Golang, Kotlin, and C++ is expected.

As a Staff System Software Engineer at Motive, you will architect and build high-performance software and firmware for IoT platforms while collaborating closely with product teams to turn abstract concepts into concrete engineering plans. Your role will also involve debugging, developing automated testing frameworks, and mentoring junior engineers, all while driving innovation through the adoption of advanced tools and methodologies.

The Staff System Software Engineer plays a pivotal role in shaping Motive's engineering roadmap by influencing technical stack decisions and engaging in high-impact projects. By leveraging their expertise, they guide the team toward innovative solutions that align with the company's strategic goals while prioritizing security, scalability, and resilience.

Essential technical skills for the Staff System Software Engineer position at Motive include deep proficiency in programming languages like Golang, Kotlin, and C++. A comprehensive understanding of full-stack development principles, cloud-native experiences, and familiarity with analytics tools such as Grafana and Datadog will also equip you to thrive in this role.

Ensuring the integrity and security of complex distributed systems as a Staff System Software Engineer at Motive involves troubleshooting, optimizing software components, and developing robust testing frameworks. This position requires a strategic approach to balancing technical trade-offs with the company's operational needs, thus implementing best practices to safeguard system resilience.

When answering this question, focus on specific projects or roles where you contributed to IoT solutions. Highlight how those platforms improved safety, efficiency, or productivity. Discuss your hands-on experience with software development and any technologies you utilized.

Share your systematic approach to debugging, including using tools and methods to trace issues. Emphasize any experience with logging, monitoring, or testing frameworks, and explain how your strategies ensure software reliability and performance.

Illustrate your ability to adapt quickly by providing examples of how you've successfully managed rapid changes. Discuss your familiarity with agile methodologies and how you've applied them to build and iterate on software solutions effectively.

Emphasize your commitment to fostering a productive learning environment. Describe specific instances where you've guided junior engineers through projects and how you promote knowledge sharing within your team.

Discuss your thought process in evaluating technical trade-offs. Provide examples of how you've prioritized features or solutions based on their potential business impact while maintaining technical integrity.

Explain the importance of automated tests in ensuring high-quality software. Provide examples of frameworks or methodologies you've used, highlighting how they support system integrity and help catch issues early in development.

Provide insights into projects where you've worked with cloud-native architectures. Talk about the benefits of scalability, resilience, and deployment strategies you've implemented, reflecting your technical expertise.

Discuss specific challenges related to distributed systems, such as data consistency, network latency, or scalability. Highlight how you tackled those challenges and the solutions you implemented.

Share your methods for staying current with technological advancements, whether through online courses, workshops, webinars, or community involvement. Explain how this ongoing learning benefits your work at Motive as a Staff System Software Engineer.

Discuss your proficiency levels with Golang, Kotlin, and C++, citing specific projects where you've effectively used these languages. Emphasize the quality of code you've developed and how it has contributed to the success of your past initiatives.