Site Reliability Engineer

JOB DESCRIPTION

Required Skills:

·        experience in system administration, application development, infrastructure development or related areas

·        experience with programming in languages like JavaScript, Python, PHP, Go, Java or Ruby

·         in reading, understanding and writing code in the same

·        Mastery of infrastructure automation technologies (like Terraform, Code Deploy, Puppet, Ansible, Chef)

·        expertise in container/container-fleet-orchestration technologies (like Kubernetes, OpenShift, AKS, EKS, Docker, Vagrant, etcd, zookeeper)

·         Cloud and container native Linux administration /build/ management skills

Key Responsibilities:

·        Hands-on design, analysis, development and troubleshooting of highly-distributed large-scale production systems and event-driven, cloud-based services

·        Primarily Linux Administration, managing a fleet of Linux and Windows VMs as part of the application solutions

·        Involved in Pull Requests for site reliability goals

·        Advocate IaC (Infrastructure as Code) and Cac (Configuration as Code) practices within Honeywell HCE

·        Ownership of reliability, up time, system security, cost, operations, capacity and performance-analysis

Monitor and report on service level objectives for a given applications services. Work with the business, Technology teams and product owners to establish key service level indicators.

·        Ensuring the repeatability, traceability, and transparency of our infrastructure automation

·        Support on-call rotations for operational duties that have not been addressed with automation

·        Support healthy software development practices, including complying with the chosen software development methodology (Agile, or alternatives),building standards for code reviews, work packaging, etc.

·        Create and maintain monitoring technologies and processes that improve the visibility to our applications' performance and business metrics and keep operational workload in-check.

·        Partnering with security engineers and developing plans and automation to aggressively and safely respond to new risks and vulnerabilities.

·        Develop, communicate, collaborate, and monitor standard processes to promote the long-term health and sustainability of operational development tasks