Running Kubernetes on Azure: AKS with DevOps Pipelines and Terraform

Editorial Overview

This course is built for learners who want to move beyond basic container concepts and work with production-style Kubernetes on Azure. Using Azure Kubernetes Service (AKS) as the core platform, it walks through cluster creation, application deployment, storage, networking, security, and automation—tying everything together with Azure DevOps pipelines and Terraform-based provisioning.
The emphasis is hands-on and progressive, making it suitable for beginners to Kubernetes while still offering enough depth for engineers aiming to operate real AKS environments.

Course Snapshot

• Instructor: Kalyan Reddy
• Cloud platform: Microsoft Azure
• Last updated: June 2025
• Total learning time: ~28 hours
• Level: Beginner to intermediate
• Language support: English (CC), Arabic (Auto)
• Certification: Included
• Access type: Full lifetime (mobile & TV supported)

What This Course Focuses On

The course focuses on building and operating AKS clusters the way they’re used in real projects. Learners start with foundational concepts and move into infrastructure automation, CI/CD pipelines, security integration, and advanced Kubernetes features specific to Azure.

Key focus areas include:

• Creating AKS clusters using CLI, Terraform, and DevOps pipelines
• Writing and deploying Kubernetes manifests with confidence
• Integrating container registries, storage, networking, and identity
• Automating builds and deployments using Azure DevOps

Azure – HashiCorp Certified: Terraform Associate -70 Demos

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Skills & Concepts You’ll Work With

Kubernetes & AKS Foundations

• Kubernetes fundamentals using imperative and declarative approaches
• Managing clusters and workloads on Azure Kubernetes Service
• Core kubectl commands used in day-to-day operations

Infrastructure as Code with Terraform

• Terraform basics and configuration structure
• Provisioning AKS clusters using Terraform
• Combining Terraform with Azure DevOps pipelines
• Managing environments and repeatable deployments

Containers & Image Management

• Docker fundamentals and local image workflows
• Building, testing, and pushing images
• Using Azure Container Registry (ACR) with AKS in multiple ways

Storage, Networking & Ingress

• Persistent storage with storage classes and PVCs
• Using Azure Disks and external databases
• Load balancers and ingress controllers
• Domain-based routing, path-based routing, and SSL with Let’s Encrypt

DevOps Pipelines & Automation

• Writing CI pipelines from scratch in Azure DevOps
• Implementing CD (release) pipelines
• End-to-end automation from code to running workloads

Security, Identity & Scaling

• Integrating AKS with Azure Active Directory
• Kubernetes RBAC: roles, bindings, and access control
• Autoscaling with HPA and cluster autoscaler
• Using virtual nodes for mixed workload deployments

Who This Course Is Best Suited For

• Beginners starting with Kubernetes and container orchestration
• Azure users moving into AKS-based deployments
• DevOps engineers building CI/CD pipelines for Kubernetes
• Cloud engineers adopting Infrastructure as Code practices
• Professionals preparing for real-world AKS operations

Common Questions Learners Ask

Do I need prior Kubernetes or Docker knowledge?
No. The course starts from the basics and builds concepts gradually.

Is an Azure account required?
Yes. Hands-on labs require an Azure account for practical implementation.

Does this course cover real production scenarios?
Yes. Topics such as RBAC, autoscaling, ingress, and DevOps pipelines reflect production use cases.

Will I learn Terraform from scratch?
Yes. Terraform concepts are introduced from the basics and applied to AKS provisioning.

Is this more theory or hands-on?
The course is strongly hands-on, with live demos and practical configurations.

Practical Value

What makes this course valuable is its end-to-end coverage of AKS in real workflows. Learners see how containers, Kubernetes, Azure services, DevOps pipelines, and Terraform come together to form scalable, secure systems—skills directly applicable to cloud and DevOps roles.

Final Thoughts

If you want a structured, hands-on way to learn Kubernetes on Azure—while also understanding automation with DevOps pipelines and Terraform—this course provides a practical and well-rounded learning path. It’s especially useful for engineers aiming to work with AKS in real production environments.