Ansible

About this course

This programme is a structured, instructor-led course that takes learners from the fundamentals of Ansible through to production-grade automation practices. Delivered with live instruction and reinforced through hands-on labs at every stage, the curriculum builds practical muscle memory rather than passive familiarity. Each concept is grounded in real infrastructure scenarios, and the programme culminates in a multi-tier capstone project where learners design, build, and document a complete Ansible automation solution from scratch.

What is Ansible?

Ansible is an open-source automation platform built on an agentless architecture, meaning it communicates with managed hosts over SSH without requiring any software to be installed on those hosts. It uses human-readable YAML playbooks to describe infrastructure state, making automation accessible to both developers and operations teams. In practice, Ansible is used to provision servers, manage configurations, deploy applications, and orchestrate complex multi-step workflows across hundreds of machines simultaneously. Its module ecosystem covers everything from package installation and service management to templating with Jinja2 and secret handling with Ansible Vault. Because playbooks are idempotent by design, running them repeatedly produces consistent, predictable results, which is exactly the behaviour production environments demand.

Why learn Ansible now

Infrastructure teams are under pressure to deliver faster, reduce human error, and manage increasingly large and dynamic environments. Ansible has become a dominant tool in that effort, appearing in job requirements across DevOps, platform engineering, and site reliability disciplines. Professionals who can write well-structured playbooks, organise automation into reusable roles and collections, secure credentials with Ansible Vault, and run workflows at scale through AWX are consistently sought after. Beyond individual task automation, the ability to integrate Ansible into CI/CD pipelines and work with dynamic inventory makes engineers genuinely capable of owning end-to-end infrastructure automation, a capability that now distinguishes senior practitioners from those who simply follow runbooks.

Who this course is for

• Aspiring DevOps Engineers — Those moving into DevOps roles who need hands-on Ansible skills to manage infrastructure pipelines and automated deployments confidently.
• Systems Administrators — Sysadmins looking to replace manual, repetitive server configuration tasks with reliable, repeatable Ansible playbooks and roles.
• Infrastructure Engineers — Engineers responsible for provisioning and maintaining environments who want to codify infrastructure management using Ansible at scale.
• Platform Engineers — Platform-focused professionals building internal tooling and standardised environments who need Ansible roles, collections, and AWX workflows.
• Site Reliability Engineers — SREs who want to enforce consistent system state and integrate Ansible automation into reliability and incident-response workflows.
• Developers Entering Operations — Software developers gaining infrastructure responsibilities who need a practical foundation in Ansible, YAML, and configuration management.

What you’ll be able to build

By the end you will have built — not just studied — the core systems of the field:

• Configured Ansible Control Environment — A fully installed and configured Ansible control node with a working configuration file, verified SSH connectivity to managed hosts, and tested ad hoc commands.
• Static and Dynamic Inventory — A structured inventory covering host groups, patterns, and group variables, extended with a dynamic inventory source for cloud-provisioned infrastructure.
• Multi-Playbook Automation Suite — A set of well-structured Ansible playbooks covering package management, service control, user administration, and file operations using core and community modules.
• Jinja2-Templated Configuration Files — Dynamic configuration files generated using the Ansible template module, incorporating variables, filters, and conditional logic to target multiple environments.
• Reusable Role Library — A collection of Ansible roles with proper directory structure, role dependencies, and shared defaults, published and consumed via Ansible Galaxy conventions.
• Vault-Protected Secrets Store — An encrypted Ansible Vault setup managing sensitive credentials and variable files, integrated cleanly into playbook execution with security best practices applied.
• Multi-Tier Capstone Automation Project — A complete, documented automation project deploying a multi-tier application across environments using roles, variables, Jinja2 templates, Vault, and AWX job templates.

Career paths & salary

Ansible skills open doors across a wide range of infrastructure and engineering roles. Automation Engineers and DevOps Engineers are in high demand as organisations move away from manual configuration and toward codified, repeatable infrastructure management. Systems Administrators who can write and maintain Ansible playbooks are increasingly valued over those who rely solely on manual processes. Infrastructure Engineers with AWX and CI/CD integration experience are sought by teams scaling their automation practices across large fleets. Platform Engineers and Site Reliability Engineers who can design reusable role libraries and enforce consistent system state are particularly well-positioned in cloud-native and hybrid environments. Across all of these roles, the combination of playbook authorship, Vault-secured credential management, and pipeline integration represents a practical skill set that employers recognise as genuinely production-ready rather than theoretical.