Docker, Kubernetes & AWS: Real-World Deployment in 25 Days from Udemy

Ready to Level Up Your Deployment Skills?

Whether you’re starting from scratch—no Docker knowledge, no automated pipelines, and no idea how to tackle real-world cloud deployments—or you’ve already run a few containers and want to sharpen your production-ready expertise, this journey is for you. It’s not about where you begin; it’s about how far you can go.

Picture yourself just a few weeks from now: you’ve confidently built and run containerized applications, implemented HTTPS to safeguard user data, fine-tuned asset delivery for peak performance, and set up load balancers to ensure your services stay online under heavy demand. You’ve mastered a streamlined continuous deployment flow from GitHub to AWS App Runner, and explored other production-grade solutions like AWS ECS and Kubernetes to diversify your skill set. Every step of the way, you’re moving closer to running deployments that are efficient, resilient, and scalable.

Gain a Future-Proof Skill Set

This isn’t just a checklist of tasks - it’s a transformation in how you think about delivering software. You’ll gain the confidence to ship code without downtime anxiety, adapt quickly to changing traffic patterns, and smooth out your entire development-to-deployment pipeline. The result? A strong, future-proof skill set that can elevate your career and open up new opportunities, whether you’re an absolute beginner or honing your deployment prowess.

Your 25-Day Roadmap:

Days 1–5: Start simple. Run your first Docker container, bring a site live, secure it with HTTPS, and connect it to a custom domain.
Days 6–10: Advance to building production-ready images with Dockerfiles and multi-stage builds. Push these images to private registries and establish a continuous deployment pipeline from GitHub to AWS App Runner.
Days 11–15: Dive deeper into AWS. Manage networking, ensure data persistence, and integrate multi-container apps seamlessly into the cloud.
Days 16–20: Orchestrate multi-service deployments with Docker Compose. Introduce load balancing and gain the confidence to pick your next steps—stay with App Runner or embrace ECS or Kubernetes down the road.
Days 21–25: Pull it all together. Manage advanced configurations, persistent storage, and scaling strategies, ensuring your final environment is truly production-ready.

Why This Course Is Different

You’ll learn by doing, working through practical exercises each step of the way. There’s no guesswork—just clear, hands-on guidance designed to make these tools feel second nature. Whether you’re a newcomer or have some familiarity, this course will sharpen your skills and give you the confidence to tackle real deployment challenges head-on.

Enroll Today and Transform Your Skills

In just 25 days, you’ll go from a complete beginner to a capable, adaptable professional. You’ll know how to containerize, secure, automate, and scale applications—ready to apply these skills in your current role or future projects.

What's inside

Learning objectives

Understand the basics of containerization with docker
Run and manage containerized apps with docker and kubernetes
Deploy production workloads on aws (ec2, apprunner, ecs, eks)
Secure, scale, and automate real-world cloud environments

Apply best practices for storage, networking, and load balancing
Boost your resume with sought-after devops and cloud engineering skills
Qualify for roles like devops engineer, cloud infrastructure engineer, or sre

Understand the basics of containerization with docker
Run and manage containerized apps with docker and kubernetes
Deploy production workloads on aws (ec2, apprunner, ecs, eks)
Secure, scale, and automate real-world cloud environments
Apply best practices for storage, networking, and load balancing
Boost your resume with sought-after devops and cloud engineering skills
Qualify for roles like devops engineer, cloud infrastructure engineer, or sre

Syllabus

Introduction

DAY 1: Running your first Docker Containers

Overview

Deployment Problems

Check your foundational command-line skills to see if you'll get value from the next lecture or should skip it.

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Covers Docker, Kubernetes, and AWS, which are essential technologies for modern cloud deployments and infrastructure management

Teaches continuous deployment from GitHub to AWS App Runner, which streamlines the software delivery pipeline

Explores AWS ECS and Kubernetes, which allows learners to diversify their skill set and handle complex deployments

Requires learners to create an AWS account, which may incur costs depending on usage and services employed

Uses Docker Desktop, which has licensing restrictions for commercial use that learners should be aware of

Includes a Linux shell crash course, which may be too basic for experienced DevOps engineers and cloud professionals

Reviews summary

Practical docker, kubernetes, and aws deployment

According to students, this course provides a highly effective and practical approach to learning Docker, AWS deployment, and foundational DevOps concepts. Learners frequently praise the hands-on exercises and projects, which they say are crucial for solidifying understanding. The course is described as clear, concise, and well-structured, progressing step-by-step, making it suitable for those new to the topics. Students appreciate the real-world focus and the 25-day structure, which helps maintain momentum. While coverage of Kubernetes is noted as introductory compared to Docker and AWS App Runner, overall feedback indicates a very positive experience for gaining practical deployment skills.

Moves quickly through topics.

"The pace is quite fast, especially if you're completely new to all the concepts."

"Be prepared to dedicate time daily; the 25-day structure means you cover a lot quickly."

"Sometimes I had to pause and rewatch sections to keep up with the amount of information presented."

Basic introduction, not in-depth.

"While the course name includes Kubernetes, the coverage is relatively introductory compared to the depth on Docker and AWS App Runner."

"I got a good overview of K8s and how it fits in, but it's not a deep dive into managing complex clusters."

"The course provides a starting point for Kubernetes but focuses more heavily on the AWS deployment aspects."

Focus on practical deployment scenarios.

"The focus on real-world deployment scenarios using AWS App Runner was very practical and immediately applicable."

"I gained practical skills that I can actually use in my work right away."

"The course simulated a real deployment project, which was a great way to learn the workflow."

Well-organized step-by-step learning.

"The course is very clear, concise, and easy to follow, even for someone with limited prior experience in these areas."

"Everything is explained logically, building from basics to more complex topics step-by-step."

"I found the structure over 25 days helpful for pacing and keeping the learning manageable."

Emphasis on practical labs and projects.

"The hands-on labs and practical exercises were incredibly beneficial and helped solidify my understanding of the concepts."

"I really appreciated the 'learn by doing' approach. The projects felt like real-world tasks."

"This course is very practical. Working through the exercises is essential and effective."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Docker, Kubernetes & AWS: Real-World Deployment in 25 Days with these activities:

Review Linux Command Line Basics

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Reinforce your understanding of basic Linux commands. This will help you navigate and manage your Docker containers and AWS instances more effectively.

Browse courses on Linux Shell

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Review common commands like `cd`, `ls`, `mkdir`, `rm`, `cp`, and `mv`.
Practice using pipes and redirection to manipulate data.
Familiarize yourself with file permissions and ownership.

Brush up on Networking Fundamentals

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Review networking concepts like IP addresses, ports, and DNS. This will help you understand how containers communicate with each other and the outside world.

Browse courses on Networking

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Review the OSI model and the TCP/IP stack.
Understand the difference between public and private IP addresses.
Learn about common network protocols like HTTP, HTTPS, and SSH.

Read 'The Docker Book'

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Gain a deeper understanding of Docker concepts and best practices. This book will supplement the course material and provide additional context.

View The Docker Book on Amazon

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Read the chapters covering Docker fundamentals, image creation, and container management.
Experiment with the examples provided in the book.

Four other activities

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Practice Docker Commands

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Reinforce your understanding of Docker commands through hands-on practice. This will help you become more comfortable with the Docker CLI and improve your ability to manage containers.

Browse courses on Docker

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Create and run containers using different images from Docker Hub.
Practice managing containers: starting, stopping, restarting, and removing them.
Experiment with different options for the `docker run` command.

Containerize a Simple Web Application

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Apply your knowledge by containerizing a simple web application. This will give you practical experience with creating Dockerfiles, building images, and running containers.

Browse courses on Docker

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Choose a simple web application (e.g., a static website or a basic Flask app).
Create a Dockerfile for the application.
Build a Docker image from the Dockerfile.
Run the application in a container.

Read 'Kubernetes in Action'

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Expand your knowledge of Kubernetes and container orchestration. This book will help you understand how to deploy and manage complex applications in a Kubernetes cluster.

View Kubernetes in Action, Second Edition on Amazon

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Read the chapters covering Kubernetes architecture, pods, deployments, and services.
Experiment with the examples provided in the book to deploy and manage applications in a Kubernetes cluster.

Explore AWS Documentation and Tutorials

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Deepen your understanding of AWS services by exploring the official documentation and tutorials. This will help you learn how to deploy and manage applications on AWS using services like EC2, App Runner, ECS, and EKS.

Browse courses on AWS

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Explore the AWS documentation for EC2, App Runner, ECS, and EKS.
Follow the tutorials for deploying a simple application on each of these services.
Experiment with different configuration options to customize your deployments.

Career center

Learners who complete Docker, Kubernetes & AWS: Real-World Deployment in 25 Days will develop knowledge and skills that may be useful to these careers:

DevOps Engineer

A DevOps Engineer is responsible for streamlining the software development lifecycle, focusing on automation, collaboration, and continuous delivery. This course is directly applicable to a DevOps Engineer's role, providing hands-on experience with Docker, Kubernetes, and AWS, which are core technologies in modern DevOps practices. The course helps build a foundation in containerization, infrastructure as code, and automated deployment pipelines, all of which are essential for a DevOps Engineering career. The course's emphasis on real-world deployment scenarios and production-grade solutions directly trains a DevOps Engineer in the daily challenges of their function. It also provides an introduction to cloud technologies, enabling DevOps professionals to deploy applications across various environments using industry best practices.

See salaries and explore the career path for DevOps Engineer

Cloud Engineer

A Cloud Engineer designs, implements, and manages cloud-based infrastructure. This course directly aligns with the tasks performed by a Cloud Engineer by providing hands-on experience with AWS services and cloud deployment strategies. The course is especially helpful as it covers the practical aspects of deploying applications, setting up load balancers, and ensuring data persistence, which are all essential skills for anyone working in cloud infrastructure. Furthermore the course emphasizes production-ready deployments, covering skills to use containerization and cloud orchestration tools that any Cloud Engineer would benefit from. Individuals seeking a career as a Cloud Engineer should take this course to gain practical experience in cloud deployment.

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Site Reliability Engineer

A Site Reliability Engineer ensures that systems are reliable, scalable, and performant. This course focuses on the skills needed for a Site Reliability Engineer, helping to build a foundation in deploying and managing applications on AWS with Docker and Kubernetes. The course covers key aspects of ensuring system reliability, such as load balancing, continuous deployment, and automated configurations. The focus on production-readiness is essential for an SRE, and the course provides clear, hands-on guidance to make these tools feel like second nature. Anyone considering a career as a Site Reliability Engineer would benefit from the hands-on experience managing real infrastructure and applications.

See salaries and explore the career path for Site Reliability Engineer

Platform Engineer

A Platform Engineer builds and maintains the underlying infrastructure and tools that development teams use. This course is very helpful for Platform Engineers as it provides experience in managing containerized applications with tools like Docker and Kubernetes. The course builds a foundation in the technologies used to build a platform, such as those used in cloud infrastructure and automated deployment pipelines. This course’s discussion of creating resilient and scalable environments, which are crucial for the platforms that a Platform Engineer would use is particularly important. Anyone who wishes to work as a Platform Engineer should take this course to learn how to manage the infrastructure that their organization depends on.

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Infrastructure Architect

An Infrastructure Architect designs and plans the infrastructure needed for software systems, and the course provides a strong foundation for understanding modern infrastructure. This course is helpful for individuals working as an Infrastructure Architect, or who want to become one, as it provides practical experience with deploying and managing applications using Docker, Kubernetes, and AWS services. The course helps build a foundation in containerization, cloud deployment, and automation, all areas that are important to the role of an Infrastructure Architect. This course's emphasis on real-world deployment scenarios, as well as production-grade solutions, would prove extremely useful for an Infrastructure Architect. The course also helps to provide a strong understanding of the overall cloud landscape.

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Release Engineer

A Release Engineer focuses on managing and automating the software release process. This course is directly beneficial to a Release Engineer as it provides practical experience with building automated deployment pipelines, using tools like Docker and AWS App Runner. The course covers essential aspects of continuous deployment and integration, which are all critical skills for a Release Engineer. The course's emphasis on creating streamlined workflows, as well as managing production environments, helps a Release Engineer. Anyone who wishes to enter the field of Release Engineering would benefit from this course.

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Automation Engineer

An Automation Engineer designs and implements automated solutions for various processes, including deployments. This course is particularly useful for an Automation Engineer, as it introduces the technologies and best practices for automating deployments. The course helps build a foundation in tools such as Docker, Kubernetes, and AWS, which are commonly used to automate complex infrastructure tasks. This course's emphasis on continuous deployment and automated pipelines are extremely relevant for an Automation Engineer. Anyone who wishes to become an Automation Engineer should consider this course to gain experience with modern deployment practices.

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Solutions Architect

A Solutions Architect designs and oversees the implementation of technology solutions for business problems, often involving cloud technologies and application deployments. This course would be very useful to a Solutions Architect, as it provides hands-on experience with deploying applications using tools like Docker, Kubernetes, and AWS. The course's focus on creating scalable, resilient, and automated systems directly aligns with the responsibilities of a Solution Architect. Furthermore, the course develops a foundation in all aspects of the deployment pipeline, from the application to the infrastructure. A Solutions Architect may leverage experience with all of these to make informed decisions for the systems they are designing and overseeing.

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Cloud Consultant

A Cloud Consultant advises businesses on cloud adoption strategies and implementations. This course is useful for aspiring Cloud Consultants as it builds a foundation in the hands-on aspects of cloud deployments with Docker, Kubernetes, and AWS. The course covers practical skills for setting up cloud infrastructure, and using modern tooling. The course also introduces best practices for storage, networking, and load balancing, which allows the Cloud Consultant to speak with authority about modern deployments. Anyone who wishes to enter the field of consulting should take this course to gain an understanding of cloud infrastructure and deployments.

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Systems Administrator

A Systems Administrator manages the day-to-day operations of computer systems and servers. This course may be useful for a Systems Administrator, providing relevant knowledge on deploying and managing applications with Docker and Kubernetes, as well as on AWS. This course introduces automated deployment pipelines and continuous delivery, which can help a Systems Administrator. The course also covers best practices for storage, networking, and load balancing, which are relevant in managing production environments. Individuals aiming to advance as Systems Administrators should consider this course to gain hands-on experience in using modern deployment tools.

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Technical Project Manager

A Technical Project Manager oversees technical projects, requiring a broad understanding of the technologies involved. This course is very helpful for a Technical Project Manager, as it provides a solid foundation in the modern deployment technologies and practices of Docker, Kubernetes and AWS. The course introduces concepts such as containerization, cloud infrastructure, and automated deployment pipelines, which helps a project manager better understand the scope, and requirements, of a technical project. The course is especially useful for those who manage projects involving these technologies. A Technical Project Manager might find that this course gives them a comprehensive understanding of the modern deployment landscape.

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Software Developer

A Software Developer writes and maintains code for applications, and knowledge of deployment is becoming critical. This course may be useful for Software Developers, as it helps to build a foundation in the technologies and processes involved in deploying applications to the cloud. While the primary focus of a Software Developer is not always on deployments, this course introduces Docker, Kubernetes and AWS which are essential tools. Therefore, a Software Developer may learn to become more involved in the deployment process, and to better understand the processes by learning the technologies covered in the course. Understanding deployment helps them to improve their code, and move to more advanced roles later.

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Network Engineer

A Network Engineer designs, implements, and manages network infrastructure, often involving cloud environments. This course may be useful for a Network Engineer as it provides knowledge about cloud networking concepts by using AWS. The course also uses technologies like Docker and Kubernetes to manage network resources in the cloud. The course’s focus on production environments is particularly useful for anyone who wishes to enter the field of Network Engineering.

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Technical Trainer

A Technical Trainer educates others on technical concepts and tools. This course may be helpful for a Technical Trainer, who wish to teach DevOps and cloud deployment. This course helps build a foundation in core concepts, like Docker, Kubernetes, and AWS. The trainer will also learn to explain the technologies and concepts to others. The course's practical, hands-on approach will also help the trainer to prepare for teaching, as they will have experience teaching themselves using this method. The course covers topics that are relevant to modern technology deployment.

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IT Manager

An IT Manager oversees the information technology infrastructure and operations of an organization. This course may be useful for an IT Manager as it provides a broad understanding of modern deployment technologies, such as Docker and Kubernetes, as well as AWS. The course helps to create a foundation for the daily operations of managing IT infrastructure, and it also introduces best practices in managing modern infrastructure. Individuals seeking a career in IT management should consider taking this course to improve their understanding of complex deployments.

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Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Docker, Kubernetes & AWS: Real-World Deployment in 25 Days.

The Docker Book

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Provides a comprehensive introduction to Docker, covering everything from basic concepts to advanced techniques. It's a great resource for understanding the fundamentals of containerization and how to use Docker effectively. It serves as a useful reference throughout the course and beyond, and is commonly used by industry professionals.

Kubernetes in Action, Second Edition

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Provides a deep dive into Kubernetes, covering its architecture, core concepts, and advanced features. It's a valuable resource for understanding how to orchestrate containers at scale. This book is more valuable as additional reading than it is as a current reference, and is commonly used as a textbook at academic institutions or by industry professionals.

Kubernetes in Action, Second Edition

Paperback

$$$

Docker, Kubernetes & AWS

Real-World Deployment in 25 Days

What's inside

Learning objectives

Syllabus

Traffic lights

Save this course

Reviews summary

Practical docker, kubernetes, and aws deployment

Activities

Career center

Reading list

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