System Development Engineer, IOTA, Project Kuiper

As a System Development Engineer at IOTA, you will support software applications and services that facilitate OTA updates for satellites both on the ground and in orbit. Your main responsibilities will include executing software update procedures, troubleshooting production issues, and developing tools for automation and monitoring. You will collaborate across multiple teams to address high-impact requests, enhancing operational readiness and excellence.

To qualify for the System Development Engineer position at IOTA, candidates should have experience with automating, deploying, and supporting infrastructure, along with proficiency in at least one modern programming language such as Python, Go, or C++. Familiarity with Linux/Unix systems is also required. Preferred qualifications include experience with CI/CD pipelines, demonstrating a strong understanding of development processes.

IOTA is committed to fostering a culture of continuous development and growth for System Development Engineers. You’ll have opportunities to collaborate with experienced professionals across various teams and participate in trainings that advance your technical skills. The dynamic work environment ensures you are continually challenged and can take your career to new heights while contributing to innovative projects that make a difference globally.

For the System Development Engineer role at IOTA, familiarity with programming languages like Python, Ruby, Go, C++, and Java is crucial. These languages play a significant role in developing and maintaining software solutions necessary for the successful operation of satellite updates and processes. Having hands-on experience with these languages will set you up for success in this position.

The systems constructed by IOTA for Project Kuiper are fundamental to the successful operation of the satellite constellation. They ensure mission-critical reliability, uptime, and performance necessary for providing low-latency, high-speed broadband connectivity to underserved communities worldwide. Therefore, as a System Development Engineer, your work directly impacts the efficiency and reliability of this groundbreaking initiative.

When answering questions about your experience with software automation, focus on specific projects where you utilized automation to enhance efficiency. Describe the tools and programming languages you used, the challenges faced during implementation, and how your contributions improved the overall process and productivity.

To respond to this question effectively, detail your systematic approach to troubleshooting. Mention tools and methodologies you employ, such as logging, debugging, and collaboration with team members. Share concrete examples of past experiences where your troubleshooting skills led to resolving complex software issues efficiently.

When discussing your programming proficiency, clearly state which languages you excel in, such as Python or Go. Provide specific project examples, the role you played, and the outcomes. This helps the interviewer gauge your practical experience and ability to apply your knowledge in real-world scenarios.

In your response, briefly define what a CI/CD pipeline is and highlight its significance in ensuring smooth, efficient, and automated integration and deployment of software updates. Illustrate your experience with CI/CD tools and how their implementation has benefited past projects in terms of reliability and speed.

Explain your strategy for prioritizing tasks when managing software updates, emphasizing your organizational skills and the importance of deadlines. Discuss any tools you utilize or methodologies you follow, such as Kanban or Agile, and provide examples of how effective prioritization helped you achieve project goals.

Discuss the vital role documentation plays in software development, highlighting its importance for effective communication within teams and future maintenance. Provide examples of your documentation practices and how they’ve contributed to project clarity, team productivity, and onboarding new team members.

In your answer, address the practices you implement to maintain software reliability and stability, such as rigorous testing, monitoring solutions, and adherence to coding standards. Discuss how you proactively identify potential issues and address them before they impact users or operations.

When answering this question, share a specific example where you identified performance bottlenecks and the steps you took to enhance system efficiency. Describe the tools or methods used to measure performance improvements, and include quantitative results if possible to demonstrate impact.

Reflect on potential challenges such as balancing high-impact requests while maintaining software reliability. Share how you plan to tackle these challenges, leveraging your problem-solving skills and collaborative nature to ensure successful outcomes while contributing positively to team dynamics.

Articulate your passion for innovative technology and how Project Kuiper aligns with your values of improving global connectivity. Discuss the specific elements of IOTA’s mission that resonate with you and how your skills and experiences can contribute to the success of this vital project.