Sr Site Reliability Engineer

As a Senior Site Reliability Engineer at HealthEquity, Inc., your primary responsibilities include designing and maintaining highly available systems on the Azure platform, delivering core cloud strategies, and implementing DevOps best practices. You will focus on automating build and deployment pipelines, ensuring cloud security, and defining monitoring standards to assess the performance of Azure applications.

To qualify for the Senior Site Reliability Engineer role at HealthEquity, Inc., applicants should possess a Bachelor's degree in Computer Science, Engineering, or related field, along with four years of relevant experience. Additionally, knowledge of Docker, Kubernetes, Azure Monitor, and Azure Identity Management is crucial.

In the Senior Site Reliability Engineer role at HealthEquity, Inc., you'll work with a variety of cutting-edge tools and technologies including Docker and Kubernetes, Azure Log Analytics, Azure Monitor, and Dynatrace. Experience with Azure App Insights and managing AKS clusters will also be beneficial in this position.

Yes! The Senior Site Reliability Engineer position at HealthEquity, Inc. is entirely remote, allowing you to work from anywhere while collaborating with a talented team dedicated to empowering healthcare consumers.

HealthEquity, Inc. offers a comprehensive benefits package for the Senior Site Reliability Engineer role, including medical, dental, and vision coverage, performance-based incentives, uncapped paid time off, gym reimbursement, and ongoing education assistance to encourage personal and professional growth.

When answering this question, emphasize your hands-on experience with Azure, detailing specific projects where you've designed or managed systems using its services. Highlight any achievements in improving system reliability or performance through Azure features.

Discuss concrete examples from your past roles where you've automated the CI/CD pipeline or collaborated closely with development teams to improve deployment strategies. Demonstrating how your DevOps practices led to measurable improvements will strengthen your response.

Explain your methodology for establishing performance benchmarks, setting up metrics and logs, and utilizing tools like Azure Monitor to identify and respond to performance issues. Provide an example of a situation where effective monitoring led to enhanced operational efficiency.

Use the STAR (Situation, Task, Action, Result) method to explain a specific incident you managed. Detail the challenge, the steps you took to resolve it, and the positive outcome to illustrate your problem-solving skills.

Discuss your commitment to continuous learning through resources like online courses, webinars, industry conferences, and communities. Mention any recent trends or technologies you're exploring and how you plan to apply them in your role.

Outline your understanding of cloud security protocols and your approach to implementing security measures within Azure. Discuss experience conducting audits, implementing governance processes, and addressing compliance requirements.

Emphasize the importance of communication and shared goals. Describe how you've previously facilitated collaboration through regular meetings, joint projects, or shared tools, which ultimately lead to better results.

Detail your familiarity with technologies like Kubernetes and Docker, explaining specific projects you've worked on that involved container orchestration. Discuss how you've utilized these tools to enhance deployment and scalability.

Share a specific instance where you've implemented a change or set of changes that led to improved system reliability. This could involve automation, architecture improvements, or process adjustments that reduced downtime or errors.

Discuss various KPIs such as uptime, response time, error rates, and customer satisfaction metrics. Explain how tracking these indicators helps you assess system health and make data-driven decisions.