Senior Engineer (Software), Enterprise

As a Senior Engineer (Software) at NetBox Labs, your main responsibilities include designing and implementing Kubernetes-based solutions, developing the operational management console, architecting multi-stage CI/CD pipelines, and writing high-quality Python code. You'll also coordinate with cross-functional teams, manage software versioning strategies, and ensure seamless deployment for our on-premise product suite.

To qualify for the Senior Engineer (Software) position at NetBox Labs, candidates should have at least 5 years of experience integrating and building software for enterprise-grade on-premise environments. Additionally, 3 years of experience in a B2B software startup or high-growth organization is necessary. Proficiency in Kubernetes and Python coding is essential for this role.

Essential technical skills for the Senior Engineer (Software) role at NetBox Labs include expertise in Kubernetes, Helm charts, and deployment automation. Strong Python programming skills are vital, along with experience in CI/CD systems like GitHub Actions and infrastructure automation tools such as Ansible and Terraform. Familiarity with DevSecOps methodologies is also preferred.

The Senior Engineer (Software) role at NetBox Labs plays a critical part in shaping the company's goals by driving the development of our NetBox Enterprise product. By building robust, high-availability solutions and enhancing user experiences through seamless operational management, you contribute to our vision of transforming on-premise infrastructure management and supporting network automation initiatives across industries.

The culture at NetBox Labs for the Senior Engineer (Software) emphasizes innovation, collaboration, and continuous improvement. We value strong communication within our remote-first team, promoting an open and transparent environment. Team members are encouraged to share knowledge and provide constructive feedback, all while working together to improve our platform and methodologies.

Highlight specific projects where you've designed or implemented Kubernetes-based solutions. Discuss challenges you faced and how your experience contributed to successful deployments, emphasizing your ability to troubleshoot and optimize Kubernetes environments.

Detail the steps you take to design and implement CI/CD pipelines, including tools you prefer, such as GitHub Actions. Illustrate the importance of automation in improving code quality and delivery speed, and share specific examples of successful pipelines you've created.

Discuss your coding practices such as code reviews, unit testing, and following design patterns. Explain how these practices contribute to maintainability and help in delivering robust internal tooling and APIs effectively.

Provide a specific example of a deployment challenge you faced, how you diagnosed the issue, and the steps taken to resolve it. Emphasize your problem-solving skills and ability to stay calm under pressure while communicating effectively with the team and stakeholders.

Discuss your approach to versioning strategies, including semantic versioning and tracking changes effectively. Explain how you coordinate with product management and engineering teams to ensure smooth release processes and communicate updates clearly.

Talk about the importance of documentation in software development. Explain your strategies for keeping documentation clear, concise, and easily accessible, as well as how you ensure it remains up to date alongside your codebase.

Share your understanding of DevSecOps methodologies, including how you incorporate security scans and vulnerability management into your workflows. Provide examples of tools you've used, such as JFrog, to support these processes.

Outline your methods for prioritization, such as assessing impact, deadlines, and resource availability. Discuss tools or practices you use to keep track of tasks and ensure timely delivery without compromising quality.

Describe your experience with multi-stage CI/CD pipelines, focusing on the benefits they provide in terms of efficiency and reliability. Illustrate how you have set up these pipelines in past projects and any specific tools or methodologies utilized.

Discuss your proactive approach to continuous learning, including resources like online courses, webinars, and community involvement. Share examples of how you've applied new knowledge to your work to improve processes or innovate solutions.