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AWS DevOps: Become Job-Ready with CI/CD, Docker & Kubernetes

Name: AWS DevOps: Become Job-Ready with CI/CD, Docker & Kubernetes
Rating: 4.5 (22 reviews)

Build production-ready DevOps workflows on AWS with Terraform, Docker, Kubernetes, EKS and CI/CD

Last updated 9/2026

English

English [Auto],

What you'll learn

Work with AWS cloud services – Understand and use core AWS services and infrastructure concepts in DevOps environments.
Provision AWS infrastructure with Terraform – Use Infrastructure as Code to create and manage cloud infrastructure.
Build and manage Docker containers – Create, run, manage, and work with containerized applications using Docker.
Deploy applications with Kubernetes and AWS EKS – Work with Kubernetes workloads and deploy applications on Amazon EKS.
Build practical CI/CD workflows – Use Git, GitLab CI/CD, and DevOps automation practices to streamline application delivery.

Course content

8 sections • 129 lectures • 33h 35m total length

Introduction13:38
Get started with AWS DevOps by learning how to automate infrastructure, manage deployments, and build scalable cloud solutions using industry-standard tools.

Understand the fundamentals of CI/CD, cloud services, and DevOps practices to streamline development and operations efficiently.
aws with devops9:07
Explore the basics of AWS DevOps, including continuous integration, continuous delivery, and infrastructure automation.

Learn how to leverage AWS tools to improve deployment speed, reliability, and overall application performance.

Introduction to Operating System (OS)14:29
An Operating System (OS) is system software that manages computer hardware and software resources and provides services for programs.
It acts as an interface between the user and the computer, enabling tasks like file management, process execution, and memory handling.
Types of Operating Systems12:56
Here are the main types of Operating Systems (OS):
Batch Operating System – Executes batches of jobs without user interaction.
Time-Sharing Operating System – Allows multiple users to access the system simultaneously.
Distributed Operating System – Manages a group of computers and makes them appear as a single system.
Network Operating System – Handles networking tasks like file sharing and user management across systems.
Real-Time Operating System (RTOS) – Provides immediate processing with strict timing constraints (used in embedded systems).
Multitasking Operating System – Runs multiple processes at the same time.
Multiprocessing Operating System – Uses multiple CPUs for faster processing.
Introduction to Linux and Its Importance12:06
Understand what Linux is and why it is widely used in IT and DevOps.
Learn the key advantages of Linux in servers, cloud, and enterprise environments
Linux as an Operating System: Overview and Features16:53
Explore Linux features like security, stability, and open-source nature.
Understand why Linux is preferred for servers and development environments.
Understanding Control Systems in Data Centers21:17
Learn how control systems manage and monitor data center operations.
Understand their role in ensuring uptime, performance, and reliability.
Linux Operating System: Architecture and Key Components6:23
Understand Linux architecture including kernel, shell, and file system.
Learn how different components interact to run the OS efficiently.
Working with Linux in Real-Time Environments15:28
Learn how Linux is used in real-time and production environments.
Understand performance, reliability, and real-world usage scenarios.
Introduction to Operations Team Roles and Responsibilities15:24
Understand key roles in operations and DevOps teams.
Learn responsibilities like monitoring, deployment, and system maintenance.
Real-Time Environments in DevOps and Cloud Computing16:08
Learn how real-time environments function in DevOps and cloud.
Understand deployment, scaling, and monitoring in live systems.
Getting Started with Linux Basics11:31
Learn basic Linux commands and navigation.
Understand how to start working with Linux systems practically.
Linux Architecture: Components and Working16:57
Understand key components like kernel, shell, and system libraries.
Learn how these components work together to run the Linux OS.
Understanding the Structure of Linux Architecture17:44
Explore the layered structure of Linux architecture.
Understand how each layer interacts within the system.
Understanding Linux Directory Structure and File System17:30
Learn the Linux file system hierarchy and directory structure.
Understand the purpose of directories like /home, /etc, /var, and /usr.
Introduction to Apache Tomcat and Its Role in Web Servers14:50
Understand what Apache Tomcat is and how it works as a web server.
Learn its role in hosting Java-based web applications.
Basic Linux Commands for Beginners15:00
Learn essential Linux commands for navigation and file handling.
Understand how to interact with the Linux terminal effectively.
Common Options and Usage of the ls Command13:24
Learn how to use the ls command to list files and directories.
Understand common options like -l, -a, and -h for better output.
Managing Directories in Linux16:18
Learn how to create, delete, and navigate directories.
Understand commands used for directory management.
Essential Linux Commands for Daily Operations13:06
Learn commonly used commands for everyday Linux tasks.
Understand practical usage in real-time environments.
Using mkdir Command to Create Directories in Linux16:08
Learn how to create directories using the mkdir command.
Understand options like creating multiple and nested directories.
Understanding Command Mode in Linux Editors16:37
Learn how command mode works in Linux editors like Vim.
Understand how to navigate and execute commands efficiently.
Introduction to Jira Service Management and Its Use in IT Operations12:43
Understand what Jira Service Management is and its role in IT operations.
Learn how it helps in incident, service request, and issue tracking.
Working with Jira as a Ticketing Tool in IT Operations17:00
Learn how to create, assign, and manage tickets in Jira.
Understand real-time usage in IT support and operations teams.
Exploring Jira Ticketing Tool: Features and Workflow13:35
Understand key features and workflow of Jira ticketing system.
Learn how issues move through different stages in a project lifecycle.
File and Directory Management Tools in Linux14:56
Learn tools used for managing files and directories in Linux.
Understand commands for organizing and maintaining file systems.
Managing Files and Directories in Linux15:05
Learn how to create, move, copy, and delete files and directories.
Understand practical file management in Linux environments.
Changing Commands and Modifying Files in Linux13:43
Learn how to modify files using Linux commands and editors.
Understand basic editing and updating techniques in Linux.
User Administration in Linux: Managing Users and Permissions11:18
Learn how to create and manage users in Linux systems.
Understand file permissions and access control mechanisms.
Managing Users and Groups in Linux13:44
Learn how to manage user groups and assign permissions.
Understand group-based access control in Linux systems.
Understanding Important System Files in Linux: /etc, /init, and /group13:15
Learn the purpose of important system files and directories in Linux.
Understand how these files manage configurations, users, and system processes.
User Administration in Linux: Concepts and Practical Usage11:06
Understand core concepts of user management in Linux.
Learn practical steps to manage users in real-time environments.
Assigning Passwords to User Accounts in Linux12:21
Learn how to set and manage user passwords securely.
Understand password policies and authentication basics.
Using usermod Command to Modify User Accounts in Linux12:27
Learn how to modify user account details using usermod.
Understand options like changing username, group, and home directory.
Using userdel Command to Delete User Accounts in Linux10:40
Learn how to delete user accounts using userdel command.
Understand safe removal of users and associated files.
User Administration in Linux: Complete Overview15:50
Get a complete understanding of user management in Linux.
Learn how different user administration concepts connect together.
Understanding File Permissions in Linux18:21
Learn different types of file permissions (read, write, execute).
Understand how permissions control access to files and directories.
Understanding Owners and Groups in Linux File Permissions11:41
Learn the role of owners and groups in file permissions.
Understand how access control is managed using user and group levels.
Disk Management in Linux: Concepts and Commands16:50
Learn basic disk management concepts in Linux.
Understand commands used for partitioning, mounting, and storage management.
Mounting File Systems and Disk Management in Linux12:18
Learn how to mount and unmount file systems in Linux.
Understand how Linux manages storage and disk usage.
Introduction to CentOS 9: Features and Installation Overview13:16
Understand key features of CentOS 9 and its use cases.
Learn the basics of installing and setting up CentOS 9.
Disk Management and Partitioning in CentOS 911:06
Learn how to create and manage disk partitions.
Understand practical disk management in CentOS environments.
Querying and Verifying Installed Packages in Linux13:12
Learn how to check installed packages in Linux systems.
Understand commands used to verify software installations.
Package Management in Linux: Installing, Updating, and Removing Software13:09
Learn how to install, update, and remove packages in Linux.
Understand package managers and their real-time usage.
Installing, Upgrading, and Managing Packages Using RPM in Linux13:44
Learn how to manage packages using RPM commands.
Understand installing, upgrading, and querying RPM packages.
Downloading Packages from the Web Using wget Command in Linux14:27
Learn how to download files using the wget command.
Understand real-time usage for fetching packages from the internet.

What is AWS and How Cloud Computing Works13:01
Understand what AWS (Amazon Web Services) is and how it provides scalable cloud services like computing, storage, and networking.
Learn how cloud computing works, including on-demand resource usage, pay-as-you-go pricing, and real-world deployment in IT and DevOps environments.
Overview of Cloud Providers and Their Services14:46
Understand major cloud providers like AWS, Microsoft Azure, and Google Cloud, along with the services they offer.
Learn how different cloud services (compute, storage, networking, databases) are used in real-world IT and DevOps environments.
Major Cloud Service Providers and Market Overview14:14
Understand major cloud service providers like Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP) and their role in the global cloud market.
Learn the cloud market landscape, including market share, key services offered, and how organizations choose providers based on business needs.
Understanding Data Centers in Cloud Computing9:19
Understand what data centers are and how they form the backbone of cloud computing infrastructure.
Learn how cloud providers use data centers to deliver scalable, reliable, and high-availability services across regions.
On-Premises vs AWS Cloud Platform: Key Differences12:35
Understand the key differences between On-Premises infrastructure and Amazon Web Services (AWS) cloud platform in terms of cost, scalability, and maintenance.
Learn when to choose on-premises vs cloud based on business needs, performance, security, and flexibility in real-world IT and DevOps environments.
Why Choose Cloud Computing: Benefits and Use Cases9:19
Understand the key benefits of cloud computing such as scalability, cost-efficiency, high availability, and flexibility for modern applications.
Learn real-world use cases of cloud computing including web hosting, data storage, backup & disaster recovery, and DevOps automation.
What is AWS? Introduction to Amazon Web Services17:13
Understand what Amazon Web Services (AWS) is and how it provides on-demand cloud services like computing, storage, and networking.
Learn how AWS helps businesses build, deploy, and scale applications with high reliability and pay-as-you-go pricing.
AWS Administration: Roles and Responsibilities10:29
Understand the roles and responsibilities of an AWS Administrator, including managing cloud infrastructure, monitoring resources, and ensuring system availability on Amazon Web Services.
Learn key tasks such as user access management, security configuration, cost optimization, and automation in real-time cloud and DevOps environments.
Introduction to AWS: Getting Started with Cloud Services14:16
Understand the basics of Amazon Web Services and how to get started with core cloud services like EC2, S3, and IAM.
Learn how to set up an AWS account, navigate the console, and begin deploying resources in a cloud environment.
AWS Cloud Computing: Core Concepts and Services14:50
Understand the core concepts of Amazon Web Services including regions, availability zones, scalability, and shared responsibility model.
Learn key AWS services like compute (EC2), storage (S3), networking (VPC), and databases, and how they are used in real-world cloud and DevOps environments.
History and Evolution of AWS Cloud Computing18:19
Understand the history and evolution of Amazon Web Services, from its launch to becoming a leading cloud provider.
Learn how AWS transformed traditional IT infrastructure into scalable cloud-based solutions used across industries.
Introduction to EC2 Instances in AWS14:05
Understand what EC2 instances are in Amazon Web Services and how they provide scalable virtual servers in the cloud.
Learn how to launch, configure, and manage EC2 instances for real-world applications and DevOps use cases.
AWS EC2 Instance Types and Their Use Cases16:40
Understand different EC2 instance types in Amazon Web Services such as General Purpose, Compute Optimized, Memory Optimized, and Storage Optimized.
Learn how to choose the right instance type based on workload requirements like performance, cost, and scalability in real-world scenarios.
Amazon EC2: Overview and Key Features15:10
Understand the overview of Amazon EC2 and how it provides scalable virtual servers in the cloud.
Learn key features such as elasticity, auto scaling, security groups, and flexible pricing models for real-world cloud deployments.
How Users Access AWS: Console, CLI, and SDK Methods17:30
Understand different ways to access Amazon Web Services, including AWS Management Console, CLI, and SDKs.
Learn how each method is used for managing resources, automation, and development in real-world cloud and DevOps environments.
Exploring AWS Toolset: Console, CLI, and Developer Tools16:09
Understand the AWS toolset in Amazon Web Services, including Management Console, CLI, and developer tools.
Learn how these tools are used for resource management, automation, and application development in real-world cloud and DevOps environments.
What is AWS CLI and How to Use It19:22
Understand what the AWS CLI is and how it enables command-line access to manage services in Amazon Web Services.
Learn how to install, configure, and use AWS CLI commands for automation and efficient cloud resource management.

Introduction to Terraform and IaC Tools16:02
Understand what Infrastructure as Code (IaC) is and how tools like Terraform help automate cloud infrastructure provisioning.
Learn the basics of Terraform, its use cases, and how it simplifies deployment and management in cloud and DevOps environments.
Introduction to Terraform and Ansible in DevOps13:33
Learn how Terraform and Ansible work together in DevOps workflows.
Understand IaC vs configuration management with real-world use cases.
Launching Your First EC2 Instance Using Terraform12:49
Understanding Providers and Resources in Terraform10:54
Launch your first AWS EC2 instance using Terraform step-by-step.
Hands-on guide to automate infrastructure creation with code.
Using Terraform with AWS Cloud for Infrastructure Provisioning13:48
Setting Up and Using VS Code for Terraform Development10:49
Installing Terraform on Your System16:23
Introduction to Terraform and Its Core Concepts19:14
Deploying EC2 Dev Stack Using Terraform19:05
Provisioning a Development Environment on EC2 with Terraform12:00
Creating and Managing EC2 Instances in AWS13:15
Terraform in Detail: Concepts, Workflow, and Best Practices23:13
Overview of Terraform: Key Concepts and Architecture14:27
Working with Terraform Modules for Reusable Infrastructure18:56
Terraform Fundamentals: Understanding the Basics15:33

Introduction to Version Control Systems and Git16:09
What is Git and GitHub? Understanding Version Control and Collaboration15:58
Introduction to Git: Concepts and Workflow18:28
Setting Up a Local Repository in Git14:04
Operating Systems: Types and Concepts16:41
How Git Works: Understanding Version Control21:51
Flow of Git Changes (Git Workflow Explained)17:49
Git GUI Tools (Graphical User Interface Tools)8:59
Git GUI and Branching Concepts17:39
Git Merging: Combining Code Changes19:52
Merge Conflicts and Git Push16:13
Git Stashing: Temporarily Saving Changes25:47
Exploring the Git Toolset20:34

Docker Volume Commands: Manage persistent data storage in containers18:48
Docker Volumes: Handle container data persistence efficiently17:20
Docker Storage Volumes: Simplifying data management for containers25:04
Docker Images & Containers: Building and Running Applications Efficiently17:28
Introduction to Kubernetes: Orchestrating Containers at Scale11:59
Kubernetes Architecture Diagram & Key Features Overview21:45
Kubernetes Architecture Diagram & Cluster Setup Guide16:50
Kubernetes Architecture (K8s Overview)15:19
Kubernetes (K8s): Container Orchestration Made Simple21:08
Communicating with the Kubernetes Control Plane (API Server & kubectl)14:48
Kubernetes Architecture & Core Concepts Explained14:07
AWS EKS Cluster Setup: Managed Kubernetes on AWS20:22
EKSCTL & Pods: Creating and Managing Kubernetes Workloads in AWS EKS18:04
Pods & Namespaces in Kubernetes: Workload and Resource Isolation Explained20:40
Kubernetes Manifest YAML: Defining and Managing Resources in K8s12:54
Essential Kubernetes Commands: Managing Clusters, Pods, and Resources15:12
Why Pods Shouldn’t Be Exposed Directly in Kubernetes19:10
Kubernetes Services: Stable Access & Load Balancing for Pods14:25
OpenLens: Kubernetes IDE for Cluster Visualization and Management14:57
OpenLens: Visualizing and Managing Kubernetes Clusters Easily15:00
OpenLens GUI: Simplified Kubernetes Cluster Management and Monitoring15:44
Kubernetes Namespaces: Organizing and Isolating Cluster Resources11:58
Kubernetes Namespaces: Logical Isolation for Cluster Resources13:16
GitLab Overview: Source Code Management & CI/CD18:58
GitLab Basics: Repositories, Branches, and Collaboration11:11
GitLab CI/CD: Automating Build and Deployment Pipelines17:56

Requirements

Basic computer knowledge – Familiarity with using a computer, files, folders, and common operating-system concepts.
Basic Linux knowledge is helpful – Familiarity with Linux commands and the command line will make the DevOps sections easier to follow.
Basic networking knowledge is helpful but not required – Understanding concepts such as IP addresses, DNS, ports, and networking will be useful.
A computer with internet access – You will need a computer with a reliable internet connection to follow the hands-on exercises.

Description

If you want to become job-ready in AWS DevOps and learn how modern cloud infrastructure, automation, containers, Kubernetes and CI/CD work together, this course gives you a practical path from foundational concepts to production-ready DevOps workflows.

You will learn how to use the tools and technologies that form an important part of modern DevOps environments, including AWS, Linux, Git, Terraform, Ansible, Docker, Kubernetes, AWS EKS and CI/CD.

Instead of learning these technologies separately, you will learn how they connect together to provision infrastructure, automate processes, manage containers and deploy applications in cloud environments.

By the end of this course, you will be able to:

- Provision AWS infrastructure using Terraform and Infrastructure as Code

- Work with essential AWS cloud infrastructure and services

- Use Linux skills in AWS and DevOps environments

- Manage source code and workflows with Git

- Build and manage Docker containers

- Work with Kubernetes workloads and concepts

- Deploy and manage applications using AWS EKS

- Understand and implement CI/CD workflows

- Connect infrastructure, automation, containers and deployment into practical DevOps workflows

- Build the practical knowledge needed to work toward job-ready and production-ready DevOps capabilities

Throughout the course, you will progress through AWS and Linux foundations before moving into infrastructure automation with Terraform, source control with Git, automation with Ansible, containerization with Docker, Kubernetes, AWS EKS and CI/CD.

The focus is on understanding how these technologies are applied together rather than simply memorizing individual tools. You will develop practical experience with the workflows and technologies used to build, automate and deploy cloud-based applications.

This course is designed for learners who want to develop practical AWS DevOps skills, prepare for real-world DevOps environments, and build the knowledge required to pursue DevOps roles.

Whether you are starting your DevOps journey or looking to strengthen your existing cloud skills, this course will help you understand how modern AWS DevOps workflows are built and operated.

Before enrolling, review the course requirements to make sure your current knowledge matches the recommended starting point.

Who this course is for:

This course is for anyone who wants to learn AWS DevOps and build practical skills in cloud computing, automation, infrastructure, containers, Kubernetes, and CI/CD. It is suitable for beginners, students, aspiring DevOps engineers, developers, system administrators, cloud professionals, working professionals, freelancers, and anyone looking to build or strengthen their AWS and DevOps skills. Whether you are starting your DevOps journey, preparing for a career in cloud and DevOps, or looking to improve your existing technical skills, this course provides hands-on learning with AWS, Linux, Git, Terraform, Ansible, Docker, Kubernetes, AWS EKS, and CI/CD.

AWS DevOps: Become Job-Ready with CI/CD, Docker & Kubernetes

What you'll learn

Explore related topics

Course content

Introduction2 lectures • 23min

Operating System (OS)44 lectures • 10hr 26min

Introduction to Amazon Web Services (AWS)17 lectures • 4hr 7min

Infrastructure as Code (IaC) with Terraform15 lectures • 3hr 50min

Version Control Systems (VCS) in DevOps13 lectures • 3hr 50min

Introduction to Ansible7 lectures • 2hr 7min

Introduction to AWS Cloud Computing5 lectures • 1hr 38min

Docker and Kubernetes26 lectures • 7hr 14min

Requirements

Description

Who this course is for: