Adelaide, Australia

DevOps

HashiCorp Certified: Terraform Associate (004) Certification Trainingin Adelaide

Master Infrastructure as Code with HashiCorp Certified: Terraform Associate (004) Certification Training in Adelaide, Australia. Learn HCL syntax, Terraform workflows, providers, resources, state management, modules, variables, and…

24 Hours/3 daysLive virtual trainingFoundation

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

Learning in Adelaide, Australia

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

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Education, liveability and business communities

Classroom availability and venue

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

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Explore HashiCorp Certified: Terraform Associate (004) Certification Training

Master Infrastructure as Code with HashiCorp Certified: Terraform Associate (004) Certification Training in Adelaide, Australia. Learn HCL syntax, Terraform workflows, providers, resources, state management, modules, variables, and infrastructure provisioning. Explore reusable configurations, execution plans, remote state, and automation best practices through practical exercises. Build job-ready capabilities to manage cloud infrastructure consistently, reduce manual configuration, and support scalable DevOps delivery across enterprise environments.

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Learning from Adelaide

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

Course curriculum

Module 1: Introduction to Infrastructure as Code

  • Infrastructure as Code concepts and benefits
  • Declarative versus imperative configuration
  • Terraform architecture and core terminology
  • Infrastructure automation use cases

Module 2: Terraform Installation and Environment Setup

  • Terraform CLI installation and configuration
  • Development environment preparation
  • Terraform command-line fundamentals
  • Initializing a Terraform working directory

Module 3: HashiCorp Configuration Language (HCL)

  • HCL syntax and configuration blocks
  • Arguments, expressions, and data types
  • Variables, local values, and outputs
  • Resource references and interpolation concepts

Module 4: Terraform Providers and Resources

  • Provider configuration and requirements
  • Provider version constraints
  • Resource blocks and resource arguments
  • Data sources and infrastructure dependencies

Module 5: Terraform Core Workflow

  • terraform init and provider initialization
  • terraform fmt and terraform validate
  • terraform plan and execution plans
  • terraform apply and terraform destroy
  • Reviewing proposed infrastructure changes

Module 6: Input Variables, Outputs, and Locals

  • Declaring and using input variables
  • Variable types, defaults, and validation
  • Output values and resource references
  • Local values and configuration reuse
  • Variable files and environment-specific settings

Module 7: Terraform State Management

  • Purpose and structure of Terraform state
  • State tracking and resource mapping
  • Local state and remote state concepts
  • State locking and collaboration fundamentals
  • State security and sensitive information awareness

Module 8: Terraform Modules and Reusability

  • Module structure and core concepts
  • Root modules and child modules
  • Module inputs, outputs, and composition
  • Module sources and versioning
  • Building reusable infrastructure configurations

Module 9: Expressions, Functions, and Meta-Arguments

  • Terraform expressions and operators
  • Common built-in functions
  • Conditional expressions and dynamic values
  • count and for_each fundamentals
  • Resource dependencies and lifecycle concepts

Module 10: Remote Backends and Collaboration

  • Backend fundamentals and configuration
  • Remote state storage concepts
  • State locking and team collaboration
  • Managing shared infrastructure configurations
  • Version control practices for Terraform files

Module 11: Terraform Troubleshooting and Best Practices

  • Understanding Terraform error messages
  • Identifying configuration and provider issues
  • Recognizing infrastructure drift
  • Sensitive variables and secret-handling awareness
  • Formatting, validation, and maintainability practices

Module 12: Terraform Associate (004) Exam Preparation and Practical Review

  • Review of core Terraform concepts
  • Provider, resource, module, and state management revision
  • CLI workflow and execution-plan exercises
  • Scenario-based knowledge checks
  • Practice questions and examination readiness review

Exam details

  • Certification Exam: HashiCorp Certified: Terraform Associate (004), designed to assess foundational knowledge of Terraform and Infrastructure as Code.
  • Exam Level: Foundational, suitable for learners developing Terraform configuration and infrastructure automation skills.
  • Exam Format: Online, proctored examination, subject to the current HashiCorp exam delivery requirements.
  • Question Types: Primarily multiple-choice and other objective question formats, as specified by the current official exam.
  • Exam Duration: Confirm the current time limit in HashiCorp's official exam guide before booking.
  • Assessment Topics: Terraform fundamentals, HCL configuration, providers, resources, modules, state management, Terraform CLI workflows, and infrastructure lifecycle management.
  • Preparation Approach: Practise Terraform commands, review configuration files, understand execution plans, and work through scenario-based questions.
  • Training Assessment: StepMerit Learning may provide additional practice questions and practical exercises to reinforce the concepts covered during training.

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Who this course is for

Aspiring Terraform Professionals Cloud Engineers and Cloud Support Specialists DevOps Engineers and Automation Professionals System Administrators and Infrastructure Engineers Software Developers and Platform Engineers Telecommunications Technology Professionals IT Professionals Preparing for Terraform Certification

Before you begin

Basic Cloud Computing Knowledge: Familiarity with cloud infrastructure concepts, virtual machines, networking, storage, and cloud resource provisioning is beneficial. Infrastructure as Code Fundamentals: An interest in managing infrastructure through declarative configuration files and automated provisioning workflows is recommended. Command-Line Proficiency: Basic experience using Linux or Windows command-line tools can help learners navigate Terraform commands and development environments. Cloud Platform Awareness: General knowledge of AWS, Microsoft Azure, or Google Cloud services is useful for understanding infrastructure deployment scenarios. Configuration File Familiarity: Basic…

Learning outcomes

Problem Statement – A telecommunications company experiences inconsistent infrastructure provisioning, manual configuration tasks, delayed network application deployments, environment differences, and limited visibility into infrastructure changes. These challenges affect customer management platforms, billing systems, network monitoring applications, and digital self-service portals. The goal is to improve infrastructure consistency, deployment efficiency, scalability, and operational reliability using Terraform and Infrastructure as Code (IaC) practices. How We Overcame the Problem – Learners applied Terraform fundamentals, HashiCorp Configuration Language (HCL), provider configuration…

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