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Welcome to the Microsoft Certified: Azure Network Engineer Associate course. This training prepares you to design, implement, and operate Azure networking solutions that support enterprise-scale cloud architectures. Microsoft Azure operates in more than 60 regions worldwide, giving it the largest global footprint among major cloud providers. That global reach, paired with deep enterprise adoption, means skilled Azure network engineers are in high demand.
The image shows a webpage for Microsoft Azure with a view of Earth from space, focusing on products available by region and an invitation to start building with Azure.
According to Microsoft, over 95% of Fortune 500 companies use Azure in some capacity. As organizations move more workloads to the cloud, the need for experts who can design secure, resilient, and high-performing network architectures grows.
This course focuses on practical, real-world networking tasks you will perform as an Azure Network Engineer and aligns with the certification objectives for Azure network engineering.
I’m Rithin Skaria, your instructor. I’ll guide you through core networking concepts, hybrid connectivity, advanced routing, security, monitoring, and private access techniques. Lessons combine clear explanations, hands-on demos, scenario-driven design choices, and practice exam questions to build both knowledge and confidence. You’ll practice with real-world scenarios and periodic mock questions to test your understanding.
The image shows a question from an Azure Networking Solutions mock exam about the Azure Front Door load balancing service, with multiple-choice options. In the corner, there's a person in a "KodeKloud" shirt.
Course overview — what you’ll learn and why it matters: Hybrid connectivity is an essential skill for many architectures — you’ll implement secure tunnels and dedicated circuits to bridge on-premises environments with Azure.
The image illustrates VPN connectivity options for Azure Networking Solutions, detailing a setup with VNET1 in East US connected to an on-premises site via an IPsec/IKE S2S VPN Tunnel. There are options for site-to-site, VNet-to-VNet, and point-to-site connections.
Routing and traffic management determine application availability and performance. You’ll learn routing patterns for hybrid networks and global traffic routing methods to optimize resilience and latency.
The image illustrates the geographic traffic routing methods in Microsoft Azure, showing how a Traffic Manager routes user requests to different endpoints based on geographic regions. It includes icons for users, browsers, and various endpoints with designated priorities and locations.
Security and observability are core skills for network operators. We cover how to harden network boundaries, log traffic flows, and rapidly diagnose issues using Azure’s monitoring toolset.
The image shows a Network Security Groups interface from Azure Networking Solutions, detailing security rules and resource settings. It also includes a person speaking, possibly during a tutorial or webinar, with copyright attributed to KodeKloud.
You’ll also learn to provide private, performant access to Azure PaaS services using private endpoints and service endpoints — a best practice for securing data and reducing exposure to the public internet. Learning at KodeKloud is collaborative: join the community forums to ask questions, share labs, and get feedback from peers and mentors. By the end of this course you’ll be able to design, implement, and troubleshoot Azure networks that meet enterprise requirements — and be prepared for the Azure Network Engineer certification. Are you ready to master Azure networking and advance your career? Let’s get started. Links and references

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