Skill Must have-Cloud, Terraform ,K8s, Helm,One tool among -NewRelic , Datadog,Dynatrace. Experience of configuring, creating integrations in either of NewRelic , Datadog,Dynatrace.
Hands-on expertise in at least one observability tool (Datadog, Dynatrace, NewRelic).
Strong knowledge of Infra, APM, Logs, Metrics, Traces, Dashboards.
Worked on any other observability tools,Observability-as-Code (Terraform),Exposure to AIOps (anomaly detection, predictive insights),SRE
Integrate observability practices to improve system reliability and performance.
Collaborate with observability engineers to ensure the development and implementation of robust monitoring solutions.
Enhance system reliability by designing and implementing automated monitoring and alerting processes.
Bring experience from system administration, DevOps, or Site Reliability Engineering (SRE) roles.
Expert on observability tools like NewRelic / Datadog / Dynatrace
Good knowledge of system architecture, infrastructure as code (Terraform, Ansible), and cloud environments.
Have hands-on experience with CI/CD pipelines, tools like Jenkins, GitLab.
Demonstrate expertise in incident management, root cause analysis, and the use of observability tools.
Strong in containerization and orchestration technologies like Docker and Kubernetes.

RESPONSIBILITIES:

Understanding the clients business use cases and technical requirements and be able to convert them into technical design which elegantly meets the requirements.
Mapping decisions with requirements and be able to translate the same to developers.
Identifying different solutions and being able to narrow down the best option that meets the client’s requirements.
Defining guidelines and benchmarks for NFR considerations during project implementation
Writing and reviewing design document explaining overall architecture, framework, and high-level design of the application for the developers
Reviewing architecture and design on various aspects like extensibility, scalability, security, design patterns, user experience, NFRs, etc., and ensure that all relevant best practices are followed.
Developing and designing the overall solution for defined functional and non-functional requirements; and defining technologies, patterns, and frameworks to materialize it
Understanding and relating technology integration scenarios and applying these learnings in projects
Resolving issues that are raised during code/review, through exhaustive systematic analysis of the root cause, and being able to justify the decision taken.
Carrying out POCs to make sure that suggested design/technologies meet the requirements.