Infrastructure Engineer

As an Infrastructure Engineer at CLEAR, your main responsibilities will involve developing and maintaining streamlined processes for building and deploying scalable software-defined networking solutions on AWS. You'll also focus on enhancing our Kubernetes compute platform and integrating new functionalities related to AWS networking services. Additionally, you'll collaborate with other engineering teams to implement observability best practices, ensuring robust network monitoring and acting as a product owner for infrastructure improvements.

Candidates applying for the Infrastructure Engineer position at CLEAR should possess extensive experience in infrastructure and platform development. A strong proficiency in modern programming languages like Python, coupled with a deep understanding of cloud-native design principles and AWS networking services, is crucial. Familiarity with Infrastructure as Code tools such as Terraform or CloudFormation and a commitment to continuous improvement of systems and environments are also required.

In the Infrastructure Engineer role at CLEAR, you'll be working with a robust tech stack that includes Java, Kafka, Postgres, and AWS cloud services. You will also engage with Kubernetes for container orchestration and other AWS networking services like VPCs and Route53, making it essential to be well-versed in cloud-native solutions and networking concepts.

CLEAR is committed to employee growth and offers several learning and development programs designed to enhance the skills of Infrastructure Engineers. These include stipend and reimbursement programs for professional development, along with opportunities to collaborate with talented team members on innovative projects that pave the way for continuous learning.

At CLEAR, the work environment for Infrastructure Engineers is dynamic and collaborative. Located in New York City, you will join a team dedicated to making everyday experiences smoother and safer. You'll benefit from an in-office setting that promotes teamwork, and enjoy perks such as meals, snacks, and a culture focused on well-being and professional growth.

When answering this question, detail specific AWS networking services you've used, like VPC, Security Groups, or Route53. Explain how you implemented these services in previous projects, focusing on challenges faced and how you overcame them to enhance system performance.

Focus on your experience with CI/CD pipelines, version control, and automated testing. Describe how these practices help ensure the deployment of reliable software-defined networking solutions, improving the overall stability and performance of the systems.

Discuss how you promote clear communication and advocate for best practices across teams. Mention previous experiences where collaborating on a project led to better functionality or improved efficiency, showcasing your team-oriented mindset.

Mention tools like Splunk, Datadog, or Prometheus that offer great insights into system performance. Explain how you have implemented these tools in past roles to improve network monitoring and address issues proactively.

Provide specific examples of IaC tools you've utilized, such as Terraform or CloudFormation. Discuss a project where you implemented IaC to streamline deployment processes, emphasizing the benefits that accrued, such as improved efficiency and consistency.

Discuss security measures you've put in place, such as using AWS Network Firewall or implementing strict Security Groups' rules. Highlight how prioritizing security has led to increased trust in deployed solutions and protected sensitive data.

Describe specific projects where you leveraged Kubernetes and associated tools like EKS or ECS. Explain your approach to managing containers, scaling applications, and maintaining high availability in production environments.

Share your approach to continuous learning, such as attending conferences, engaging in online courses, or participating in relevant communities. Mention any recent findings or technologies you're excited about and how they could benefit your work.

Offer a real example where you faced a technical obstacle, such as scaling an application or addressing a security vulnerability. Discuss the steps you took to identify the issue, resolve it, and what you learned from the experience.

Explain your method for prioritizing tasks, perhaps using frameworks like Agile or Kanban to visualize workload. Discuss the importance of flexibility and communication with stakeholders to ensure project alignment and success.