Microsoft Software Defined Networking Course Overview

Target Audience for Microsoft Software Defined Networking

1. The Microsoft Software Defined Networking course offers comprehensive training on SDN architecture, management, and security tailored for IT professionals.

   
   

• Network Engineers and Architects
• System Administrators with a focus on networking
• IT Professionals involved in data center management
• Cloud Infrastructure Engineers
• Network Security Specialists
• Technical Support Personnel for network operations
• Solutions Design Engineers
• IT Project Managers overseeing network deployments
• Networking Consultants looking to expand their service offerings
• Microsoft Certified Professionals seeking to update their skills

Learning Objectives - What you will Learn in this Microsoft Software Defined Networking?

Introduction to Course Learning Outcomes and Concepts

The Microsoft Software Defined Networking course equips students with the knowledge to design, deploy, manage, and troubleshoot Microsoft's SDN solutions, ensuring enhanced network security and efficiency.

Learning Objectives and Outcomes

• Understand the fundamentals of Software Defined Networking and how it transforms traditional networking.
• Gain insights into Microsoft's specific SDN solutions and how they integrate with existing network infrastructure.
• Learn to manage and maintain SDN deployments using Microsoft tools and best practices.
• Develop the skills to implement network security measures and access controls within an SDN environment.
• Discover how to integrate SDN with other services and technologies such as cloud resources, virtualization platforms, and storage solutions.
• Acquire troubleshooting techniques specific to SDN to quickly resolve network issues and ensure minimal downtime.
• Explore best practices for deploying, configuring, and optimizing Microsoft SDN to achieve better performance and reliability.
• Understand the architecture and components that make up Microsoft's SDN stack, including the Network Controller, Hyper-V Network Virtualization, and Software Load Balancer.
• Learn to use network policies and rules to govern data flow and access within a software-defined network.
• Build proficiency in utilizing advanced network features such as multi-tenant isolation and Quality of Service (QoS) in an SDN context.