AZ 305: Designing Microsoft Azure Infrastructure Solutions

Course Prerequisites

For attending this course, professionals should have previous expertise using Azure resources, as well as a firm grasp of the following concepts:

• Active Directory in the Azure cloud
• Virtual machines, containers, and serverless solutions are all examples of Azure compute technology.
• Load balancing will be added to Azure virtual networking.
• Technologies for storing data in the cloud using Microsoft's Azure (unstructured and databases)
• Messaging and high availability are two of the most used application design principles.

Designing Microsoft Azure Infrastructure Solutions certification is intended for those who want to create a career in Microsoft Azure. Candidates who pass the Microsoft Certified - Azure Solutions Architect Expert exam have demonstrated a thorough understanding of the fundamentals and practical application of Microsoft Azure Infrastructure Solutions design principles and techniques. AZ-305 Designing Microsoft Azure Infrastructure Solutions test objectives and resources are listed in this study guide. Infrastructure design is the focus of this course. IT operations, including networking, virtualization, identification and security, disaster recovery, business continuity and data platforms, and governance, are essential for successful students. Additionally, students have the opportunity to create and build their own solutions. You may demonstrate your experience in solution architecture design and deployment by taking Exam AZ-305 and earning the Azure Solutions Architect Expert certification.

Key Features

• 4-day Instructor-led Designing Microsoft Azure Infrastructure Solutions Training
• Get free access to 1-hour AZ-305 course preview to better prepare for the training
• Accredited Designing Microsoft Azure Infrastructure Solutions course material prepared by SMEs
• Expert Microsoft Azure instructors across the globe
• Get hands-on experience through Designing Microsoft Azure Infrastructure Solutions lab sessions
• Widely acknowledged Designing Microsoft Azure Infrastructure Solutions Course Completion certificate provided
• Designing Microsoft Azure Infrastructure Solutions training provided across 100+ locations globally

Who can take up Designing Microsoft Azure Infrastructure Solutions Training?

Individuals who can take up Designing Microsoft Azure Infrastructure Solutions online training include, but are not limited to: <ul">

• IT Administrators
• Cloud Administrators
• IT Architects
• Cloud Architects
• Network Engineers
• Azure Administrators
• DevOps Professionals
• Azure Architects
• Security Engineers
• Database Administrators
• Professionals looking to gain a thorough understanding of Designing a Microsoft Azure Infrastructure in an organization
• Candidates who are looking to sit for the new AZ-305 certification exam

The Azure Administrator Associate certification and the AZ-305 exam are prerequisites for anyone seeking Azure Solution Architect certification. There are a total of 26 questions for the performance assessment, but there is no case study.

Learning Objectives of Designing Microsoft Azure Infrastructure Solutions Training

• Learn how to use Azure to handle security and identity. Several SaaS services available in Azure will also be shown to you, which can be integrated into current Azure systems.
• You'll learn how to compare and contrast different Azure database options, how to find ways to stream data and how to store data for longer periods of time.
• A resource group deployment of an ARM template, creation of an Azure Building Blocks deployment, and API Management integration are just a few of the topics you'll cover in this course.
• Azure VNET DNS and IP techniques will be discussed, as well as ad hoc and hybrid connectivity choices, load balancers for traffic distribution, and how to construct a hybrid cloud-premises connectivity situation.

A Plan for Studying

• Incorporate governance and computing solutions into your plans.
• Design and implement storage and data integration systems
• Architect and implement solutions for application access, monitoring, and management.
• Create options for network connectivity, resiliency, and migration.