HashiCorp Certified Terraform Associate Certification Training

To earn Terraform Associate certification, you must pass the certification exam administered by HashiCorp. The exam consists of multiple choice questions and covers a variety of topics related to Terraform, including:

• Understanding of Infrastructure as Code (IaC) concepts and Terraform basics.
• Working with Terraform commands, configuration files, and the Terraform CLI.
• Managing and provisioning infrastructure resources using Terraform.
• Understanding and implementing Terraform modules.
• Using Terraform to manage state and handle data.
• Collaborating on Terraform projects using version control and remote backends.
• Best practices for organising and structuring Terraform code.

To prepare for the exam, you can find study resources provided by HushiCorp, including official documents, guides, and tutorials. Additionally, there are third-party learning platforms and online courses that offer training specifically tailored for the Terraform Associate Certification.

Depending on the company or system providing the training, the Terraform course curriculum may change. Nevertheless, the following topics are typically covered in depth in a Terraform course:

1. Introduction to Terraform:
   • What is Terraform?
   • Infrastructure as Code (IaC) concepts.
   • Benefits and use cases of Terraform.
2. Getting Started with Terraform:
   • Installing and configuring Terraform.
   • Terraform CLI and basic commands.
   • Writing and understanding Terraform configuration files (.tf files).
3. Terraform Providers and Resources:
   • Introduction to Terraform providers.
   • Configuring and using different providers (e.g., AWS, Azure, Google Cloud).
   • Understanding and working with Terraform resources.
4. Terraform Configuration Language (HCL):
   • Syntax and structure of HCL.
   • Variables, data types, and interpolation.
   • Modules and reusable configurations.
5. Managing Infrastructure with Terraform:
   • Defining infrastructure resources using Terraform configuration.
   • Resource dependencies and ordering.
   • State management and remote backends.
6. Terraform Commands and Workflows:
   • Common Terraform commands and options.
   • Terraform plan, apply, and destroy workflows.
   • Terraform workspace management.
7. Terraform Modules:
   • Creating and using modules for reusable infrastructure.
   • Best practices for module design and organisation.
8. Advanced Terraform Topics:
   • Terraform variables and outputs.
   • Terraform state locking and concurrency.
   • Terraform providers and plugins.
9. Terraform Best Practices:
   • Code organisation and structure.
   • Version control and collaboration using Git.
   • Security and secrets management.
10. Terraform and Cloud Providers:
    • Integrating Terraform with cloud platforms (AWS, Azure, Google Cloud).
    • Provisioning and managing specific cloud resources.

With Terraform, you can define your infrastructure as code, treating your infrastructure resources as version-controlled code. It enables reproducibility, maintainability and the ability to manage infrastructure changes through code review, collaboration and automation.

Terraform allows you to create reusable modules that encapsulate infrastructure configuration. Modules can be shared across projects, teams, or even made publicly available. It promotes code reuse, standardization and easier management of complex infrastructure deployments.

It supports the use of automation tools, such as Jenkins, GitLab CI/CD, or AWS CodePipeline, to automate infrastructure provisioning and updates.

Terraform supports multiple cloud providers, including AWS, Azure, Google Cloud, and more. It allows you to provision and manage resources across different cloud platforms using a unified approach