
Explore Terraform basics to advanced workflows, including planning, pipelines, dynamic blocks, and lists and maps. See real-time use cases like Azure VM provisioning, React.js deployment, modular pipelines, and null resources.
Terraform enables infrastructure automation across clouds, providing a cloud-agnostic, declarative approach that standardizes environments from dev to production, prevents drift, and enables modular, reusable configurations via a repository.
Set up Terraform on an Azure VM, install Terraform, configure Azure login with a service principal, and provision a West US two resource group using init, plan, and apply.
Provision an Azure virtual machine with Terraform, attach a data disk, and manage resources via main.tf, variables.tf, and tfvars, using init, plan, apply, and state across dev and prod environments.
Learn to design modular terraform infrastructure for Azure Postgres flexible server, including creating dedicated modules for resource group, vnet, subnet, private DNS zone, and integrating with outputs and data resources.
Explore modular Terraform architecture for Azure resources by building separate subnet, private DNS zone, and Postgres DB modules, wiring inputs, outputs, and environment-specific vars.
Explore Terraform modules and dependency frameworks, manage variables and tfvars files, and execute init, plan, and apply while resolving issues like duplicate variable declarations and DNS name requirements in Azure.
Learn how to build a Terraform pipeline in Azure that delivers infrastructure as code with cross-environment consistency, automated provisioning, version control, secrets management, and a review-driven plan and apply.
Learn end-to-end Terraform pipeline implementation, including managing modules, versioned repositories, and Azure DevOps pipelines for plan and apply with secure storage of state and variables.
Utilize dynamic blocks in Terraform to iterate over a list of objects for network security group inbound rules. Learn how this enables environment-specific rule sets with a for each loop.
Maintain modules in a separate repository to boost modularity and reusability, enable centralized maintenance, and strengthen security and access control, so the same modules can serve multiple projects.
Master the terraform count parameter to provision multiple Azure virtual machines, configure SSH key authentication with public IPs, and implement count-based security group rules for subnets.
Learn to invoke a shell script during Terraform provisioning using template_file and custom_data to render base64-encoded scripts that create users, set up SSH keys, and preinstall Docker and Helm.
Terraform provisioners - local-exec, remote-exec, and file - execute actions on local or remote resources, with local-exec capturing IP addresses, remote-exec running commands, and file copying files.
Clone the docker project repository, build the docker file into an image, push it, and deploy to two VMs via remote-exec, validating the frontend behind the enginex ingress.
Explore the null resource, a cloud-agnostic placeholder that runs provisioners and local-exec commands, controlled by depends_on and timestamp triggers, with hands-on examples.
Explore how to use for_each and dynamic blocks in Terraform to provision multiple storage accounts from a map of objects, with a hands-on example.
This course will give you more insights on the E2E Terraform Project Framework & Realtime Best Practices
4 Main Things YOU need to know about this Terraform Course
#1: Learn E2E Terraform Importance & setup along with pipeline benefits & implementation
#2: Deep understanding on the variables , List(objects), Map(Objects) and Dynamic Blocks
#3: Deep Understanding & Hands-on for the Provisioners , Count , template file and Custom Data
#4: Deep Understanding on the Pipeline integrating with Pipeline libraries , Storage accounts
Buckle up and Get ready for this wonderful ride on Infra Automation (Terraform) with Realtime Framework
Look No Further!
Are you looking to advance your career in the IT field further? The Terraform course provides an excellent starting point for anyone who wants working knowledge in this rapidly-growing area. Not only will it teach you about the core culture and practices, but it will also give insight into some of its most prominent infra automation techniques.
You'll learn powerful concepts terraform config , module dependency, pipeline advantages & implementation , Dynamic block with list of Objects, Map of Objects , count & provisioners such as local-exec, Remote-exec , File Provisioners , template_file and Custom Data
Start your journey today toward becoming a Infra Automation Engineer, you can understand all the below in a detailed way in this series
Terraform Course Introduction & Basics
Terraform Importance in Realtime
Terraform Setup with Azure Cloud
VM Provisioning & Attaching a Disk for an existing VM
Module Importance in Realtime with Azure Flexi DB Server
Framework & Pipeline Discussion
Module Framework Discussion
Module Dependency Framework Implementation & Variables Deepdive
Terraform Pipeline Implementation
Terraform Pipeline Advantages & Planning
Dynamic Block & Saperate Repo Usecases
Dynamic Block - List(Objects)
Dynamic Block - Map(Objects)
Azure-Modules in a Saperate Repo
Reactjs Deployment - Count, Custom Data, Provisioners
Deep hands-on for Count Parameter
Invoking Bash Script via terraform Using template_file & Custom Data
Provisioners - local-exec , File, remote-exec with examples
ReactJs Docker Project deployment to multiple VMs Using Remote-Exec
Additional Concepts - null resource, for_each
Importance of Null Resource and with hands-on examples
Importance of for_each and with hands-on example