What are the responsibilities and job description for the Site Reliability Engineer position at Interon IT Solutions?
#W2 Role
Senior Reliability Engineer
Job Description
As a Senior Reliability Engineer, you will play a critical role in solving impactful operational problems. You are curious and take a proactive approach to identifying problems and making improvements. You balance innovative thinking with pragmatism and understand the long-term impacts of technical decisions. You communicate complex ideas clearly and collaborate effectively to deliver scalable solutions.
Core Responsibilities
Team is focused on automating incident response and infrastructure management. While Java and Python receive a stronger emphasis, candidates with solid programming fundamentals in any language and the ability to adapt will be considered. Experience with AWS and event-driven architectures is also valuable.
From a technical standpoint, familiarity with observability concepts (e.g., distributed tracing) and tools like Prometheus or Grafana is beneficial, though not mandatory. More important is an understanding of the underlying principles, such as instrumentation and monitoring strategies.
Senior Reliability Engineer
Job Description
As a Senior Reliability Engineer, you will play a critical role in solving impactful operational problems. You are curious and take a proactive approach to identifying problems and making improvements. You balance innovative thinking with pragmatism and understand the long-term impacts of technical decisions. You communicate complex ideas clearly and collaborate effectively to deliver scalable solutions.
Core Responsibilities
Team is focused on automating incident response and infrastructure management. While Java and Python receive a stronger emphasis, candidates with solid programming fundamentals in any language and the ability to adapt will be considered. Experience with AWS and event-driven architectures is also valuable.
From a technical standpoint, familiarity with observability concepts (e.g., distributed tracing) and tools like Prometheus or Grafana is beneficial, though not mandatory. More important is an understanding of the underlying principles, such as instrumentation and monitoring strategies.
- Improve resiliency engineering practices across platforms and applications, including resilient application design patterns, system observability and deployment strategies
- Incident detection, troubleshooting, and resolution.
- Develop automation for incident response and infrastructure management
- Develop and support OpenTelemetry integrations for multiple application platforms (browser, ECS, lambda, etc) and languages (JavaScript, Java)
- Contribute to architectural decisions and support implementation of solutions.
- Deep knowledge of Java or Javascript. Practical experience developing and operating software in distributed systems environments.
- Problem-solving and analytical thinking: ability to diagnose complex issues and propose efficient solutions. Strong debugging and optimization skills for performance and scalability.
- Cloud platforms: Hands-on experience with AWS services and cloud infrastructure
- System architecture and design: ability to design scalable, secure, and maintainable systems.
- Working knowledge of Python (or similar scripting language).
- Strong knowledge of resiliency engineering techniques for both platforms and applications.
- Experience troubleshooting complex production issues and implementing effective mitigations.
- Familiarity with OpenTelemetry specification and core APIs.
- How candidates approach software releases and validate functionality
- Their understanding of system dependencies and fault tolerance
- Experience with diagnosing and resolving production issues
- Their ability to reflect on past incidents and identify improvements
- Evidence of systems thinking and architectural awareness