Kubernetes for Beginners: Google Cloud, AWS & Azure [2020]

Looking at your message, it seems you've provided a comprehensive outline for a learning journey that covers creating a Kubernetes cluster on AWS using Amazon Elastic Kubernetes Service (EKS), as well as a brief introduction to Docker and a comparison with Azure's AKS (Azure Kubernetes Service). You've also highlighted the key features and learner benefits of in28Minutes courses, including hands-on experience, real project work, friendly support, and a free certificate upon completion.

If you're looking to enroll in such a course or create content following this structure, here are a few additional points you might consider:

1. Engaging Content: Ensure that the content is engaging and interactive. Use visuals, code snippets, and real-world examples to help learners understand the concepts better.

2. Progressive Learning: Structure the course so that it starts with basic concepts and gradually moves towards more advanced topics. This helps learners build a solid foundation before tackling complex subjects.

3. Practical Exercises: Include practical exercises at each step to allow learners to apply what they've learned. This reinforces the concepts and helps them gain confidence in using the tools and technologies discussed.

4. Best Practices: Highlight industry best practices, security considerations, and optimization techniques throughout the course to prepare learners for real-world applications.

5. Community Engagement: Encourage learners to engage with each other through forums or social media groups to share experiences and help one another out.

6. Updates and Maintenance: Keep the course content up-to-date with the latest tools, features, and best practices in the Kubernetes ecosystem.

7. Accessibility: Make sure that the course is accessible to learners of different skill levels, from beginners to those looking to deepen their understanding of Kubernetes on AWS or Azure.

8. Feedback Mechanism: Implement a mechanism for collecting learner feedback to continuously improve the course.

9. Supplementary Resources: Provide additional resources such as documentation links, further reading materials, and references to community-driven projects or platforms.

10. Completion Project: Consider ending the course with a capstone project that encompasses all the skills learned throughout the course. This project can serve as a portfolio piece for learners to showcase their newfound abilities.

By following these additional points, you can ensure that your course or content is not only comprehensive but also effective in helping learners master Kubernetes on AWS and Azure, as well as understand the broader context of containerization with Docker.