Course Introduction:

In an era where cloud computing defines the future of IT infrastructure, mastering Azure Networking is a game-changer. This comprehensive course takes you from the basics of Azure Virtual Networks to advanced topics like ExpressRoute, Azure Firewall, automation with ARM templates, and high availability strategies. Whether you’re a cloud architect, network engineer, or IT professional aiming to excel in Microsoft Azure, this course equips you with the skills to design, secure, and optimize complex Azure networks confidently.

Section 1: Azure Networking Foundations

Introduction:
Kickstart your Azure networking journey by understanding the core concepts, from the geographical layout of Azure to virtual networking fundamentals. This section lays the foundation for building scalable and secure Azure environments.

• Key Topics:

  • Azure’s global infrastructure

  • Azure Virtual Network (VNet) fundamentals

  • Subnets, IP addressing, and routing

  • Public IPs and VM integration

  • Site-to-site and point-to-site VPNs

  • VNet peering, gateway transit, and service chaining

  • Azure Load Balancer, Application Gateway, Traffic Manager, and Azure Front Door

  • Network security basics with NSGs, ASGs, and Azure Firewall

Hands-on Demos:

• Creating VNets, subnets, and public IPs

• Configuring VPNs and VNet peering

• Deploying Azure Load Balancer and Application Gateway

Conclusion:
You’ll have a solid understanding of how Azure networking components work together to create secure, scalable, and reliable cloud environments.

Section 2: Advanced Azure Network Services

Introduction:
Dive deeper into Azure’s advanced networking services, focusing on network optimization, hybrid connectivity, and high-performance networking solutions.

• Key Topics:

  • Azure Virtual WAN and Virtual Hubs

  • ExpressRoute for dedicated network connections

  • Azure DNS, Private DNS Zones, and traffic routing

  • Network security best practices, including Azure Bastion and Private Link

  • Adaptive network hardening and advanced threat protection

Hands-on Demos:

• Setting up Azure Virtual WAN and ExpressRoute

• Configuring Azure DNS and Private DNS Zones

• Implementing Azure Bastion for secure remote access

Conclusion:
You’ll be equipped to design complex networking architectures, ensuring high performance, security, and scalability in Azure.

Section 3: Automation and Optimization in Azure

Introduction:
Efficiency in cloud operations comes from automation. This section teaches you how to automate Azure networking tasks using PowerShell, CLI, and ARM templates.

• Key Topics:

  • ARM templates for infrastructure as code

  • Azure PowerShell and CLI scripting

  • Automating network resource deployments

  • Network performance monitoring and optimization

  • Traffic shaping, QoS, and accelerated networking

Hands-on Demos:

• Automating VNet and VM deployment with ARM templates

• Configuring Site-to-Site VPN via PowerShell

• Implementing network performance monitoring using Azure Monitor

Conclusion:
Gain the skills to streamline network deployments and enhance performance through automation and optimization techniques.

Section 4: Troubleshooting and Governance in Azure Networking

Introduction:
Every network has its challenges. This section focuses on identifying, diagnosing, and resolving network issues while implementing governance best practices for secure cloud environments.

• Key Topics:

  • Troubleshooting connectivity and DNS resolution issues

  • Diagnosing performance bottlenecks and ExpressRoute issues

  • Implementing RBAC, Azure Policy, and network security governance

  • Azure Migrate and hybrid connectivity solutions

  • High availability, disaster recovery, and network design best practices

Hands-on Demos:

• Troubleshooting Azure VPN Gateway and ExpressRoute

• Configuring Azure Policy for governance

• Implementing high availability strategies with Availability Sets and Traffic Manager

Conclusion
You’ll be prepared to handle real-world network issues, enforce governance policies, and design resilient Azure networks.