Melbourne, Australia

DevOps

Ansible Automation Certification Trainingin Melbourne

Master infrastructure automation with Ansible Automation Certification Training in Melbourne, Australia . Learn YAML playbooks, inventory management, configuration automation, reusable roles, task orchestration, and secure remote execution…

40 Hours/5 daysLive virtual trainingFoundation

Classroom training and venue arrangements depend on the availability of a suitable conference hall in Melbourne, Australia. Dates, seating capacity, facilities and the final venue are confirmed before booking.

Learning in Melbourne, Australia

City details

Melbourne combines a high-quality learning environment, cultural diversity and active professional communities.

City speciality

Education, liveability and business communities

Classroom availability and venue

Classroom training and venue arrangements depend on the availability of a suitable conference hall in Melbourne, Australia. Dates, seating capacity, facilities and the final venue are confirmed before booking.

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Explore Ansible Automation Certification Training

Master infrastructure automation with Ansible Automation Certification Training in Melbourne, Australia . Learn YAML playbooks, inventory management, configuration automation, reusable roles, task orchestration, and secure remote execution. Explore practical techniques for server provisioning, application deployment, patch management, and DevOps workflows. Build job-relevant automation skills to streamline IT operations, reduce manual configuration errors, improve consistency, support scalable infrastructure management enterprise environments.

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Your learning location

Learning from Melbourne

Melbourne combines a high-quality learning environment, cultural diversity and active professional communities.

Course curriculum

Module 1: Introduction to Ansible Automation

  • Ansible architecture and core components
  • Agentless automation concepts and communication methods
  • Control nodes and managed nodes
  • Common infrastructure automation use cases
  • Installing and configuring Ansible

Module 2: Linux Administration and Remote Connectivity

  • Linux command-line fundamentals for automation
  • SSH authentication and key-based access
  • Remote host connectivity and privilege escalation
  • User, group, and permission management
  • Basic troubleshooting of managed systems

Module 3: Ansible Inventory Management

  • Static inventory files and host groups
  • YAML-based inventory structures
  • Host and group variables
  • Inventory organization for multiple environments
  • Connection parameters and host selection

Module 4: YAML Fundamentals and Ansible Ad Hoc Commands

  • YAML syntax, lists, dictionaries, and indentation
  • Running ad hoc automation commands
  • Using modules for common administration tasks
  • Managing packages, files, users, and services
  • Interpreting command output and execution results

Module 5: Writing and Executing Ansible Playbooks

  • Playbook structure and task definitions
  • Plays, tasks, modules, and execution order
  • Variables, facts, and registered results
  • Conditionals, loops, and task reuse
  • Validating and troubleshooting playbooks

Module 6: Configuration Management and System Automation

  • Automated package installation and updates
  • Service management and configuration files
  • File and directory operations
  • User and group provisioning
  • Standardizing configurations across multiple servers

Module 7: Ansible Variables, Templates, and Handlers

  • Defining and using variables
  • Variable precedence fundamentals
  • Jinja2 template fundamentals
  • Dynamic configuration file generation
  • Handlers and change-triggered task execution

Module 8: Roles and Reusable Automation

  • Ansible role structure and directory layout
  • Creating and organizing reusable roles
  • Role variables, tasks, handlers, and templates
  • Role dependencies and role execution
  • Reusing automation across projects and environments

Module 9: Ansible Vault and Automation Security

  • Encrypting sensitive variables and files
  • Managing Vault passwords and encrypted content
  • Secure handling of credentials and secrets
  • Privilege escalation using become
  • Automation access controls and security best practices

Module 10: Application Deployment and DevOps Integration

  • Automating application installation and deployment
  • Managing environment-specific configurations
  • Integrating Ansible with CI/CD workflows
  • Automating infrastructure maintenance and patching
  • Coordinating multi-tier application deployment tasks

Module 11: Troubleshooting and Automation Best Practices

  • Understanding task failures and error messages
  • Using check mode and diff mode where supported
  • Idempotency and repeatable automation
  • Managing execution output and debugging tasks
  • Organizing maintainable and reliable automation code

Module 12: Hands-On Automation Project and Assessment

  • Building an inventory for a multi-server environment
  • Creating playbooks for automated server configuration
  • Developing reusable roles for common administration tasks
  • Implementing a sample application deployment workflow
  • Testing automation results and documenting the solution

Exam details

  • Exam Level: Beginner to Intermediate, covering Ansible automation and configuration management fundamentals.
  • Exam Type: Multiple-choice questions and practical, scenario-based assessments, depending on the selected certification or training program.
  • Number of Questions: 40 questions for the proposed StepMerit Learning course assessment.
  • Exam Duration: 90 minutes for the proposed course assessment.
  • Passing Score: 70% (28 out of 40 questions) for the proposed assessment.
  • Assessment Topics: Ansible architecture, YAML syntax, inventory management, playbooks, modules, variables, roles, templates, Ansible Vault, and infrastructure automation.
  • Practical Evaluation: Exercises may assess playbook creation, server configuration, automated application deployment, and troubleshooting.
  • Exam Preparation: Learners can revise course modules, practise hands-on automation tasks, and complete scenario-based questions.
  • Certification Award: A StepMerit Learning course completion certificate may be awarded upon meeting the program requirements. Any official third-party certification requires compliance with the relevant certification provider's examination rules.

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Who this course is for

- DevOps Engineers – Learn to automate infrastructure configuration, streamline application deployments, and build repeatable operational workflows using Ansible playbooks and reusable roles. - Linux System Administrators – Develop practical skills in automating package installation, service management, server configuration, patching, and routine Linux administration tasks. - IT Infrastructure Engineers – Explore configuration management, inventory organization, and infrastructure standardization to maintain consistent environments across development, testing, and production systems. - Cloud Engineers – Understand how Ansible can automate supported cloud infrastructure operations, configure…

Before you begin

Linux Administration Fundamentals: Basic knowledge of Linux operating systems, command-line operations, file permissions, and system administration is beneficial for learners attending Ansible Automation Certification Training in Melbourne, Australia. Networking and Remote Connectivity: Familiarity with IP addresses, SSH authentication, DNS, and network connectivity helps learners understand how Ansible manages remote servers and infrastructure. Basic Scripting Knowledge: Awareness of shell scripting, variables, loops, and conditional statements provides a useful foundation for automating repetitive IT administration tasks. IT Infrastructure Management: General understanding of servers…

Learning outcomes

Problem Statement – A manufacturing company experiences delays in server configuration, inconsistent application environments, manual software deployments, repetitive maintenance tasks, and configuration errors across production and testing systems. These challenges affect production planning applications, inventory management platforms, supply chain systems, and business-critical infrastructure. The goal is to improve operational consistency, reduce manual effort, and streamline infrastructure management using Ansible automation practices. How We Overcame the Problem – Learners applied Ansible automation concepts, YAML playbooks, inventory management, reusable roles, variables, templates…

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