Terraform Certified Associate with AWS Course Overview

To ensure you have a successful learning experience in the Terraform Certified Associate with AWS course, the following are the minimum prerequisites:

• Basic understanding of cloud computing concepts, particularly with Amazon Web Services (AWS).
• Familiarity with AWS core services like Amazon EC2 (Elastic Compute Cloud), S3 (Simple Storage Service), and IAM (Identity and Access Management).
• Basic knowledge of command line interfaces (CLI) and experience with using terminal/shell environments on Windows, MacOS, or Linux.
• Fundamental understanding of Infrastructure as Code (IaC) and the benefits it provides.
• An active AWS account to perform hands-on exercises throughout the course.
• Basic knowledge of software development or scripting experience, which will be beneficial when writing Terraform configurations.
• Willingness to learn and explore new technologies as Terraform is a tool that is continuously evolving.

While these prerequisites are aimed at providing a solid foundation for the Terraform Certified Associate with AWS course, individuals with a keen interest in cloud infrastructure and a commitment to learning can also benefit from this training.

Target Audience for Terraform Certified Associate with AWS

The Terraform Certified Associate with AWS course caters to professionals seeking expertise in cloud infrastructure automation and DevOps practices.

• DevOps Engineers
• Cloud Infrastructure Architects
• Systems Administrators interested in infrastructure as code (IaC)
• Software Developers looking to provision and manage cloud resources
• IT Managers wanting to understand IaC for team integration
• Technical Project Managers overseeing cloud-based projects
• Site Reliability Engineers (SREs) focusing on automation and scalability
• Security Professionals ensuring infrastructure compliance
• Cloud Consultants providing advice on AWS resource management with Terraform
• AWS Certified Professionals aiming to enhance their skill set with IaC tools
• Students and individuals aiming for a career in cloud services and infrastructure automation
• Technical Support Staff who manage and troubleshoot cloud-based environments
• Quality Assurance Engineers involved in environment setup and testing

Learning Objectives - What you will Learn in this Terraform Certified Associate with AWS?

Introduction to Course Learning Outcomes

This Terraform Certified Associate with AWS course equips participants with the skills to implement Infrastructure as Code, manage state files, and integrate Terraform with AWS services securely.

Learning Objectives and Outcomes

• Understand Infrastructure as Code (IaC) Tools: Learn to choose the appropriate IaC tool for your needs, focusing on Terraform's capabilities and benefits.
• Installation and Setup: Install Terraform on various operating systems and set up an AWS account for infrastructure deployment.
• Deploying AWS Infrastructure: Gain hands-on experience in creating and managing AWS resources like EC2 instances using Terraform.
• Terraform Core Concepts: Understand key concepts including resources, providers, state files, and the distinction between desired and current infrastructure states.
• Configuration Management: Learn to write, modify, and maintain Terraform configurations effectively using variables, functions, and data sources.
• Provisioners and Modules: Understand the use of provisioners for resource initialization and modules for creating reusable, maintainable, and modular code.
• State Management and Backends: Implement remote state management, understand the importance of state locking with S3 and DynamoDB, and manage existing infrastructure states.
• Security Best Practices: Handle sensitive information securely within Terraform and AWS, manage access keys, and use multiple AWS profiles.
• Terraform Cloud and Enterprise: Get introduced to Terraform Cloud for collaboration and advanced security with an overview of Sentinel policy as code.
• Practical Challenges and Solutions: Address real-world challenges in Terraform and AWS, such as computed values, state file security, and infrastructure debugging.