Robotics DevOps Engineer

The Robotics DevOps Engineer at Formic will primarily focus on monitoring existing robotic systems and assist in provisioning monitoring infrastructure for new deployments. Tasks also include reacting to issues detected by automated monitoring systems, monitoring Grafana dashboards for anomalies, and collaborating with the development team to enhance monitoring features.

To qualify for the Robotics DevOps Engineer role at Formic, candidates should possess a Bachelor’s degree in Computer Science or equivalent experience, along with at least 2 years in a similar DevOps or IT role. Deep knowledge of Linux, AWS infrastructure, and networking is crucial, and any experience with robotics or IoT will be a significant advantage.

Formic values the well-being of its Robotics DevOps Engineers by offering a flexible time-off policy, paid parental leave, and comprehensive healthcare coverage. Additionally, company-supported 401(k) plans and a home office stipend allow team members to create a work environment that suits them best.

The company culture at Formic is driven by innovation, resilience, and collaboration. As a Robotics DevOps Engineer, you'll be part of a community that encourages questioning the status quo and fosters a shared vision for transforming the manufacturing landscape. The team is dedicated to providing support and understanding each other’s goals to ensure collective success.

Formic is experiencing rapid growth, and as a Robotics DevOps Engineer, you'll have ample opportunities for professional development. The company is committed to investing in its employees and providing a supportive environment that encourages continuous learning and collaboration with tech-driven projects in industrial automation.

In your response, highlight specific instances where your knowledge of Linux has contributed to system stability or automation. Discuss any relevant projects, tools, or commands you've used, showcasing your proficiency and ability to solve problems utilizing Linux.

Focus on tools like Grafana, Prometheus, or custom monitoring solutions. Explain why you prefer certain tools, discuss your experience setting them up, and share specific outcomes or improvements you've achieved in system reliability or efficiency using these tools.

Discuss your systematic troubleshooting process. Share how you gather data, identify symptoms, and work through potential root causes. Be sure to give examples where your troubleshooting led to meaningful resolutions, particularly in a DevOps context.

Highlight your experience with AWS services like EC2, S3, CloudFormation, or Terraform. Discuss how you've implemented and managed infrastructure in the cloud, focusing on scalability, cost-effectiveness, and performance optimization.

Choose a specific scenario that illustrates your technical and problem-solving skills. Discuss the situation, your actions, and the results, emphasizing teamwork and collaboration. Make it relatable to the responsibilities of the Robotics DevOps Engineer role.

Be prepared to discuss your methods for staying informed on industry trends, such as reading blogs, attending webinars, and participating in online courses. Mention any communities or forums you engage with to exchange knowledge related to robotics and DevOps practices.

Express your understanding of the transformative effects of automation on manufacturing. Discuss specific examples or case studies where automation improved efficiency, reduced costs, or increased output, aligning these with the mission of Formic.

Explain your approach to prioritization, such as using project management tools or techniques. Provide examples of how you’ve successfully managed competing deadlines and ensured that critical tasks were addressed promptly.

Identify your strengths and how they align with Formic’s mission. Whether it’s innovative problem-solving, deep technical skills, or experience in robotic systems, emphasize what sets you apart as a valuable member of the team.

Share your career aspirations and how this position aligns with your interests in robotics and automation. Discuss your desire for growth, learning new skills, and contributing to meaningful projects that impact the future of American manufacturing.