Azure Kubernetes Service (AKS) Course Overview

Learn how to use Kubernetes on Azure for containerized application deployment, management, and scaling with this course on Azure Kubernetes Service (AKS). Students learn the fundamentals of container orchestration, Kubernetes, and its architecture in Module 1: Core Concepts. As the course progresses, students will dive into Module 2: Create Azure AKS Cluster, where they will discover how to use Kubectl and the Azure CLI to set up and explore an Azure managed Kubernetes environment. Participants will gain knowledge of application lifecycle management, scheduling, resource management, and environment variable configuration throughout the course. A key component of stateful applications, persistent storage with Azure Disks is covered in Module 7: Storage. Active Directory integration for AKS, a crucial element of Azure DevOps Kubernetes deployment strategies, is covered in Module 8’s security section. In Module 9, autoscaling; in Module 10, logging and monitoring; and in Module 11, networking in Kubernetes are examples of advanced topics. By the time the course ends, students will know exactly how to use Azure cloud’s AKS to deploy Kubernetes in a reliable, effective, and secure manner.

Course Prerequisites

The following prerequisites are advised in order to make sure participants are prepared to successfully complete the Azure Kubernetes Service (AKS) course:

• A fundamental knowledge of cloud computing and the ideas behind Microsoft Azure services.
• knowledge of containerization’s principles and advantages.
• Some familiarity with scripting (e.g., PowerShell, Bash) and command-line interfaces (CLI).
• Basic command line understanding in Linux is necessary because Kubernetes frequently requires working with Linux-based systems.
• A basic understanding of Docker, including the creation and use of containers.
• knowledge of the fundamentals of networking, including IP addressing, routing, DNS, etc.
• knowledge of the fundamentals of Agile and DevOps software development methodologies.

Note that the purpose of these prerequisites is to guarantee that students can benefit fully from the AKS course material and have a seamless learning experience. Having prior experience in these areas will facilitate a more effective understanding of the course material. On the other hand, through focused study, those who have a strong desire to learn and a dedication to interact with the course material can fill in any knowledge gaps.

The Azure Kubernetes Service’s (AKS) intended audience

Comprehensive training on using Kubernetes on Azure to manage containerized applications is provided by the Azure Kubernetes Service (AKS) course.

• DevOps Engineers
• Cloud Solutions Architects
• IT specialists who specialize in Azure environments
• Those who write software and want to implement apps on AKS
• System administrators who want to oversee infrastructures that are containerized
• Administrators of Kubernetes seeking to interface with Azure services
• Technical Team Leaders managing the deployment plans
• Infrastructure Engineers transitioning to cloud-native solutions
• Cloud security is the responsibility of security professionals.
• Kubernetes networking solution providers are network engineers.
• IT project managers in charge of cloud-based initiatives
• Technical support personnel with an emphasis on Azure ecosystems
• IT enthusiasts and students interested in learning about container orchestration

Learning Objectives – What you will Learn in this Azure Kubernetes Service (AKS)?

Learn how to manage containerized apps with Azure Kubernetes Service (AKS) by taking comprehensive classes covering resource management, orchestration, cluster creation, security, and other topics.

• Recognize the principles of Kubernetes and container orchestration.
• Discover how to use Azure Kubernetes Service (AKS) for application deployment, management, and scaling.
• Learn about the components and architecture of Kubernetes to ensure efficient cluster management.
• Using kubectl and the Azure CLI, create and explore AKS clusters.
• Learn how to manage all of the Kubernetes resources, such as services, replication controllers, labels, pods, and selectors.
• Gain expertise in AKS scheduling methods, including node affinity, taints and tolerations, and manual scheduling.
• Put application lifecycle management into practice, taking care of deployments and developing deployment strategies.
• Kubernetes Secrets and ConfigMaps can be used to manage sensitive data.
• Recognize Azure-specific storage options as well as Volumes, Persistent Volumes, and Persistent Volume Claims in Kubernetes storage.
• Discover how to use RBAC to manage access and integrate Azure Active Directory with AKS for authentication.
• Use AKS’s cluster and horizontal pod autoscalers, among other forms of autoscaling.
• Learn about AKS cluster and application logging and monitoring.
• Understand all aspects of Kubernetes networking, such as load balancing, DNS configurations, Pod networking, CNI, and Ingress rules.