Infrastructure Automation Engineer

Infinityquest It Services; Hyderabad, Pune District, Bengaluru; Hybrid; INR 1,200,000 - 2,400,000; Full time

Job summary

Infinityquest It Services in Hyderabad seeks an Infrastructure Automation Engineer to build enterprise automation with Ansible, focusing on OpenShift-aligned environments and enterprise controls.

You will design, test, and maintain automation, integrate with CI/CD, and collaborate with SRE/security/engineering to deliver auditable, safe changes. Experience with idempotent playbooks and container tooling is valued.

Qualifications

• Strong hands-on Ansible experience in enterprise environments (roles/playbooks, inventories, idempotency).
• OpenShift knowledge/experience (platform operations support).
• Demonstrable enterprise infrastructure experience (controls, change management).
• Domain knowledge relevant to the infrastructure area in scope.
• Strong operational mindset: automation for safety, auditability, and production support.

Responsibilities

• Design, build, test, and maintain infrastructure automation using Ansible for repeatable, auditable operations at scale.
• Own automation for Day-2 operational use cases (patching, drift management, health checks, remediation).
• Support OpenShift platform operations (cluster processes, configuration updates, lifecycle tasks).
• Build automation guardrails: validation, idempotency, error handling, rollback, logging, evidence capture.
• Integrate automation with identity/access, secrets, networking, monitoring, ITSM workflows with governance controls.
• Collaborate with SRE/security/engineering to translate requirements into consumable automation features.
• Troubleshoot automation failures end-to-end and drive RCA and improvements.
• Contribute to CI/CD for automation (testing, linting, packaging, versioning) and documentation/runbooks.
• Explore lightweight RESTful APIs in Python/FastAPI to expose automation capabilities.
• Possibly containerize supporting components for scalable execution and consider AI/LLM enhancements to tooling.

Skills

Ansible

OpenShift

Automation governance

Production support

Day-2 operations

Tools

Docker

Kubernetes/OpenShift

Job description

Job Description: Infrastructure Automation Engineer

Role purpose

Deliver enterprise-grade infrastructure automation that reduces operational toil and improves consistency, security, and speed of change. Youll engineer reusable automation (primarily Ansible) to support platform and infrastructure Day-2 operations, with a strong focus on OpenShift-aligned environments and enterprise controls.

Key responsibilities

• Design, build, test, and maintain infrastructure automation using Ansible (playbooks, roles, inventories, reusable modules) to enable repeatable, auditable operations at scale.
• Own automation for Day-2 operational use cases, such as patching/maintenance workflows, configuration drift management, standard health checks, compliance validation, and remediation orchestration (aligned to the scope of the domain).
• Support automation for OpenShift platform operations where required (e.g., integration with cluster processes, configuration updates, operator lifecycle support, platform hygiene tasks).
• Build and maintain automation guardrails: input validation, idempotency, error handling, rollback steps, logging, and evidence capture to meet audit and operational requirements.
• Integrate automation with enterprise infrastructure ecosystems (identity/access, secrets/certificates, networking, monitoring/observability, CMDB/ITSM workflows), ensuring alignment to governance and change controls.
• Partner with SRE/operations, security, and engineering teams to translate domain requirements into automation features that are easy to consume and safely run.
• Troubleshoot automation failures end-to-end (Ansible, OS, network, platform dependencies) and drive root-cause analysis and continuous improvement.
• Contribute to CI/CD integration for automation (testing, linting, packaging, release/versioning) and maintain clear documentation/runbooks for consumers.
• Where applicable, contribute to developer enablement via self-service patterns (e.g., pipelines, catalog items, standard templates).
• Good to have develop lightweight RESTful APIs in Python/FastAPI to expose automation/infrastructure capabilities as services, and/or package supporting components in containers for scalable execution.
• Good to have explore AI/LLM-enabled enhancements to automation/developer tooling (including practical RAG patterns) to improve discoverability of runbooks, standards, and automation usage.

Must-have skills & experience

• Strong hands-on Ansible experience in enterprise environments (roles/playbooks, inventories, best practices for idempotency and reusability).
• OpenShift knowledge/experience (working knowledge of OpenShift concepts and how infrastructure automation supports platform operations).
• Demonstrable enterprise infrastructure experience (controls, change management, dependency management across shared services).
• Domain & feature knowledge relevant to the infrastructure area in scope (as defined by the hiring team).
• Strong operational mindset: automation built for safety, auditability, and production support.

Good-to-have

• Building RESTful APIs using Python/FastAPI to expose infrastructure capabilities.
• Hands-on Docker + Kubernetes/OpenShift experience (packaging/running automation services or supporting tooling).
• Practical knowledge of AI/LLMs, including RAG and integration into developer tooling/platforms.

Success measures

• Measurable reduction in manual operational effort (e.g., repeatable automation adopted for high-volume Day-2 tasks) and improved time-to-deliver standard infrastructure changes.
• Automation is reliable and safe: idempotent runs, clear logging, predictable outcomes, and defined rollback/failure handling; reduced repeat incidents linked to manual change.
• Strong auditability and compliance: evidence capture is automated, approvals/controls are integrated where needed, and automation aligns to enterprise change processes.
• Improved platform/infrastructure stability through consistent configuration management and reduced drift.
• High usability and adoption: clear documentation/runbooks, self-service enablement, and positive feedback from operations and engineering teams.
• Reduced mean time to recover (MTTR) for automation-supported workflows through better diagnostics, monitoring, and rapid remediation.