Docker & Kubernetes for .Net and Angular Developers

looks like you've outlined a comprehensive curriculum on Docker, covering a wide range of topics from the basics to advanced concepts, including containerization, networking, security (HTTPS), continuous integration/continuous deployment (CI/CD) with Azure Container Registry (ACR) and Azure Container Instances (ACI), Kubernetes setup, and more. This curriculum is designed to take a learner from understanding the fundamentals of Docker to deploying and managing containers in a production environment, and even setting up a CI/CD pipeline for automation.

Here's a brief summary of the course content you've outlined:

1. Introduction to Containers vs Virtual Machines: Understanding the differences between containers and virtual machines, including their pros and cons.

2. Containers inside Virtual Machines: Exploring how containers can be used within virtual machines, which can offer both performance and isolation benefits.

3. Developers Vs Ops Team: Discussing the roles of developers and operations teams in container management and how they can collaborate effectively.

4. Docker Image vs Container: Learning the difference between a Docker image (a lightweight, standalone, software package) and a container (a runtime instance of an image).

5. Installation Steps for Docker: Understanding how to install Docker on various operating systems.

6. Docker Commands and Usage: Getting hands-on with Docker commands to manage containers.

7. Pushing Images to Registries (DockerHub, ACR): Learning how to store and distribute Docker images using registries.

8. Deploying Containers to Cloud Services (ACI, Web Apps): Deploying containerized applications to cloud services provided by Microsoft Azure.

9. Setting Up CI/CD Pipelines Using Github Actions: Automating the build, test, and deployment of Docker containers using GitHub Actions.

10. Kubernetes Setup and Management: Introducing Kubernetes for orchestrating containerized applications at scale and managing them effectively.

The curriculum also includes practical exercises and real-world examples to solidify concepts learned. It's structured to guide learners through a logical progression from the basics to more complex topics, ensuring they have a solid understanding of each concept before moving on to the next.

This course seems to be a great resource for anyone looking to upskill in containerization and orchestration, whether for personal development or to enhance their job prospects in the field of DevOps and cloud computing. The inclusion of practical deployment scenarios with ACI and Azure Web Apps, as well as integrating SQL Server containers, makes this course particularly relevant for those working with Microsoft technologies.

Remember, as technology changes, so too should the content. It's important to keep the curriculum up-to-date with the latest tools, practices, and platform updates to ensure that the skills learned are applicable in current environments.