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James Dethwick

AZ-305 Designing Microsoft Azure Infrastructure Solutions Exam Certification includes:

1. This scenario-based course covers 130+ Services in 12 Sections with over 150+ Modules. The course is around 40 hours and follows the MOC AZ-305 curriculum. So, you are attending a five-day MOC course run by an MCT instructor.

2. Study guide with over 1,200 slides. A fantastic resource for learning to architect in Azure.

Read more

AZ-305 Designing Microsoft Azure Infrastructure Solutions Exam Certification includes:

1. This scenario-based course covers 130+ Services in 12 Sections with over 150+ Modules. The course is around 40 hours and follows the MOC AZ-305 curriculum. So, you are attending a five-day MOC course run by an MCT instructor.

2. Study guide with over 1,200 slides. A fantastic resource for learning to architect in Azure.

3. 12 Real World Scenario’s with Solutions: Governance, Computed Solutions, Non-relational Data Storage, Relational Data Storage, Integration, Authorization & Authentication, Logging & Monitoring, Backup and Recovery Strategies, And Migration.

4. 1 Assessment, 11 Quizzes and 1 Final Exam.

5. We help you prepare for your career as an Azure Architect with tools of the trade and real-world examples from the trenches of IT.

6. Follow our trademark 4-Quarter Learning System to increase your chance of passing the AZ-305 exam. My trademark 4-Quarter Learning System will increase your chance of passing the certification exam. Stop studying the old way. Our AZ-305 Designing Microsoft Azure Infrastructure Solutions Course, which includes a module on utilizing the 4QLS, was built explicitly to pass this exam.

7. Exam Tips and a Cheat Sheet.

Sections I cover:

Azure Architecture Introduction

Design a Governance Solution

Design a Compute Solution

Design a Nonrelational Data Storage Solution

Design a Relational Data Storage Solution

Design a Data Integration Solution

Design an App Architecture Solution

Design Authentication & Authorization Solutions

Design a Logging & Monitoring Solution

Design a Network Infrastructure Solution

Design a Solution for Planning a Backup and Recovery Strategy

Design a Migration Solution

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What's inside

Learning objectives

  • Pass the az-305 microsoft certified: designing microsoft azure infrastructure solutions exam
  • With the passing the az-104 exam you become certified as azure solutions architect expert.
  • Obtain a deep understanding of azure architecture.
  • Learn how to create an architecture drawing using visio.
  • Be able to extend the knowledge learned in this course into real-world situations.

Syllabus

Learn: Fictitious Solution

Increase your chance of passing the AZ-305 exam by following our trademark 4 Quarter Learning System. Stop studying the old way.

Read more

Introduction to the course

Why take this course?

About me

This course includes: Governance, Computed Solutions, Non-relational Data Storage, Relational Data Storage, Integration, Authorization & Authentication, Logging & Monitoring, Backup And Recovery Strategies, And Migration.

These are the slides to the course. Please study them AFTER the completing the course.

Learn: Fictitious Scenario

Learn: Azure Infrastructure

Learn: Visio Azure Components Installation

  1. This Assessment will give you insight into your strengths and weaknesses.

Learn: Design a Governance Solution Overview

Learn: Cloud Governance Assessment Demo

Learn: Governance

Learn: Azure Management Groups

Learn: Azure Subscriptions

Learn: Azure Resource Groups

Learn: Azure Resource Tags

Learn: Azure Policies & Compliance

Learn: Resource Locks

Learn: Purview

Learn: Azure Role-Based Access Control

Learn: Azure Entitlements

Learn: Azure Blueprints

Learn: Naming Standards

Learn: Scenario Solution

Section Summary

Quiz on Azure Governance Architecture

Learn: Design Compute Solutions Overview

Learn: Choose Compute Service

Learn: Design Azure virtual Machines Solutions

Learn: Design Azure Batch Solutions

Learn: Design Azure App Services Solutions

Learn: Design Azure Container Instances Solutions

Learn: Container Groups

Learn: Microservices

Learn: Design Azure Kubernetes Service Solutions

Learn: Design Azure Function Solutions

Learn: Design Azure Logic App Solutions

Learn: Design Azure Container Apps

Learn: Design Azure Service Fabric

Learn: Design Azure Spring Apps

Learn: Design Azure Red Hat OpenShift

Quiz on Azure Compute Architecture

Learn: Non-Relational Data Storage Solution Overview

Learn: Design For Data Storage

Learn: Design For Azure Storage Accounts

Learn: Design For Azure Blob Storage

Learn: Design For Azure Files

Learn: Design An Azure Disk Solution

Learn: Design For Azure Data Lake Storage Gen2

Learn: Design For Azure Tables

Learn: Other Semi-Structured and Unstructured Data Solutions

Learn: Design For Storage Security

Quiz on Azure Non-Relational Data Storage Architecture

Learn: Relational Data Storage Solution Overview

Learn: Design for Azure SQL

Learn: Design for SQL Server on Azure VM

Learn: Design for Azure SQL Managed Instance

Learn: Design for Azure SQL Database

Learn: Design Solution for Database Scalability

Learn: Design Solution for Data Protection

Learn: Design Solution for Azure SQL Edge

Learn: Design Solution for Azure Storage Tables

Learn: Design Solution for Azure Cosmos DB

Learn: Azure Cosmos DB Multi-Models APIs

Learn: Recommend a Solution for Database

Relational Data Storage Solution Quiz

Learn: Data Integration Solution Overview

Learn: Design a Data Integration Solution

Learn: Azure Data Factory Data Integration

Learn: Design for Azure Data Lake Data Integration

Learn: Design for Azure Databricks Data Integration

Learn: Design for Azure Synapse Analytics

Learn: Design Azure Stream Analytics Solution for Data Analysis

Learn: Design a Strategy For Hot, Warm, And Cold Data Paths

Learn: Design for Azure Analytics: Other Solutions

Learn: Review Data Integration Solutions

Quiz on Designing a Data Integration Solution

Learn: App Architecture Solution Overview

Learn: Design An App Architecture Solution

Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Covers 130+ Azure services, providing a broad understanding of the Azure ecosystem, which is essential for designing comprehensive solutions
Includes real-world scenarios and solutions, which helps learners apply their knowledge to practical situations and develop problem-solving skills
Offers a study guide with over 1,200 slides, which serves as a valuable resource for learning and reinforcing key concepts related to Azure architecture
Requires passing the AZ-104 exam as a prerequisite, which means learners should already have a foundational understanding of Azure before taking this course
Teaches learners how to create architecture drawings using Visio, which is a useful skill for documenting and communicating Azure infrastructure designs
Includes quizzes and a final exam, which allows learners to assess their understanding of the material and identify areas where they need further study

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Reviews summary

Az-305 exam prep and azure architecture

According to learners, this course serves as a highly effective resource for preparing for the AZ-305 certification exam. Students highlight its structured approach and comprehensive coverage of Azure architecture topics aligned with the exam syllabus. Many found the real-world scenarios and examples particularly valuable for understanding practical applications. The instructor's expertise is frequently praised, providing clear explanations. While the course is extensive, some noted that it requires significant time commitment and prior Azure knowledge (like AZ-104) to fully grasp the concepts. Overall, it's viewed as a solid foundation for architecting solutions and passing the exam.
Beneficial if learners have prior Azure experience.
"This course is best suited if you already have experience with Azure, perhaps having passed AZ-104."
"It moves quite fast at times, assuming a certain level of familiarity with basic Azure concepts."
"Learners without prior Azure admin experience might find some sections challenging."
"I recommend having completed the AZ-104 or equivalent before attempting this course."
Practical examples aid understanding and application.
"The real-world scenarios were probably the most valuable part, helping me connect theory to practice."
"Seeing how the concepts apply in realistic situations made a big difference in my learning."
"The use cases and examples provided context and solidified my understanding of architectural decisions."
"I enjoyed the scenario-based approach; it makes the material more relatable to actual job tasks."
Directly targets preparation for the AZ-305 certification.
"This course is spot on for preparing for the AZ-305 exam. The structure mirrors the exam domains."
"The exam tips and the 4-Quarter Learning System were very helpful strategies for my study plan."
"I felt well-prepared for the AZ-305 after completing this course and following the study advice."
"Designed specifically for the AZ-305, which is exactly what I needed."
Instructor is knowledgeable and provides clear explanations.
"The instructor's explanations were clear and easy to follow, demonstrating deep expertise."
"He broke down complex topics into understandable segments."
"The delivery was engaging, keeping me focused through lengthy modules."
"Clearly very experienced in Azure and teaching."
Extensive material aligned with the AZ-305 exam topics.
"The course content is very comprehensive and covers almost everything needed for the AZ-305 exam blueprint."
"I appreciated the detailed modules on governance, compute, storage, and networking - it's all here."
"The breadth of services covered is impressive and aligns perfectly with the exam objectives."
"This course provides a great overview of the key areas necessary to understand Azure architecture for the exam."
Focuses on theory; needs supplement for practice.
"While the theory is strong, I really missed having integrated hands-on labs to practice the concepts."
"The course is lecture-heavy; it would be improved with more practical exercises or guided labs."
"I had to find separate resources for labs to get the necessary hands-on experience."
"It's great for understanding design principles, but you need to build the solutions yourself elsewhere."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in AZ-305 Designing Azure Infrastructure Solutions with these activities:
Review Azure Fundamentals
Solidify your understanding of core Azure concepts before diving into infrastructure design. This will help you better grasp the context and purpose of different design choices.
Browse courses on Azure Fundamentals
Show steps
  • Review the Azure Fundamentals documentation.
  • Complete a practice exam for the AZ-900 certification.
  • Identify areas where your knowledge is weak.
Microsoft Azure Architect Technologies and Design Complete Study Guide: Exam AZ-305
Supplement the course material with a dedicated study guide for the AZ-305 exam. This will provide a structured approach to learning and help you identify areas for improvement.
Show steps
  • Read the chapters relevant to the current course module.
  • Complete the practice questions at the end of each chapter.
  • Review the key concepts and definitions.
Implement Azure Policies
Gain hands-on experience with Azure Policies by implementing them in a test environment. This will help you understand how to enforce compliance and control resource configurations.
Show steps
  • Create a test Azure subscription or resource group.
  • Identify common compliance requirements.
  • Implement Azure Policies to enforce those requirements.
  • Test the policies to ensure they are working as expected.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Create an Azure Architecture Diagram
Practice visualizing Azure solutions by creating architecture diagrams using Visio or a similar tool. This will improve your communication skills and help you better understand the relationships between different components.
Show steps
  • Choose a scenario or existing Azure deployment.
  • Identify the key components and their relationships.
  • Create a diagram using Visio or a similar tool.
  • Label the components and connections clearly.
  • Review the diagram for accuracy and completeness.
Design a Hybrid Cloud Infrastructure
Apply your knowledge by designing a hybrid cloud infrastructure solution for a fictitious company. This will force you to consider various design trade-offs and make informed decisions.
Show steps
  • Define the business requirements and technical constraints.
  • Design the network architecture, including connectivity between on-premises and Azure.
  • Choose appropriate compute, storage, and database services.
  • Implement security and governance policies.
  • Document your design and justify your choices.
Azure Design Patterns
Explore common design patterns for Azure solutions to improve your understanding of best practices and architectural considerations. This will help you make more informed design decisions.
Show steps
  • Read about different Azure design patterns.
  • Identify the scenarios where each pattern is applicable.
  • Consider how you can apply these patterns in your own designs.
Blog Post: Azure Cost Optimization
Solidify your understanding of Azure cost optimization strategies by writing a blog post. This will require you to research different techniques and explain them in a clear and concise manner.
Show steps
  • Research different Azure cost optimization strategies.
  • Choose a specific topic or focus for your blog post.
  • Write a clear and concise blog post explaining the concepts.
  • Include examples and best practices.
  • Publish your blog post on a platform like Medium or LinkedIn.

Career center

Learners who complete AZ-305 Designing Azure Infrastructure Solutions will develop knowledge and skills that may be useful to these careers:
Azure Architect
An Azure Architect specializes in designing and implementing solutions on the Microsoft Azure cloud platform. This course is explicitly designed to prepare individuals for a career as an Azure Architect as it covers a very broad range of Azure services. It also provides a strong foundation by focusing on the core areas of Azure architecture, such as governance, compute, data storage, integration, security, and migration. The course’s hands-on approach, with real-world scenarios and solutions, is very useful for any aspiring Azure Architect. The course's 4-Quarter Learning System is also an important asset. Anyone wishing to pursue a career as an Azure Architect should take this course.
Cloud Architect
A Cloud Architect designs and oversees the implementation of cloud computing strategies. This role requires a deep understanding of cloud services, infrastructure, and architecture patterns, all of which are covered in this course. A Cloud Architect utilizes knowledge of services involving governance, compute, data storage, integration, security, and more. This course provides a solid foundation in these key areas, especially within the Azure ecosystem. The practical scenarios provided in the course are excellent preparation for designing real-world solutions. If you wish to become a Cloud Architect, this course may be useful.
Solutions Architect
A Solutions Architect is responsible for designing and implementing technology solutions that meet specific business needs. This role demands a broad understanding of various technologies, including cloud computing, which is covered in depth by this course. The course's focus on designing solutions for compute, data storage, security, and integration aligns directly with the responsibilities of a solutions architect. Furthermore, this course uses real world scenarios and solutions, which are an invaluable asset to any aspiring solutions architect. By learning about cloud governance and infrastructure, this course may help you on your way to becoming a Solutions Architect.
Cloud Engineer
A Cloud Engineer implements and manages cloud infrastructure and applications. This role demands practical knowledge of cloud platforms, such as Azure, and the different types of services they provide. This course on Azure infrastructure design is aligned with the responsibilities of a Cloud Engineer, as it provides you with a strong foundation in managing Azure services including compute, data storage, and security . The course’s practical scenarios and solutions help build the hands-on skills needed for this role. Any future Cloud Engineer can benefit from this course.
Data Engineer
A Data Engineer designs, builds, and manages data infrastructure. This role needs a strong understanding of data storage and integration solutions, both of which this course covers thoroughly. The course’s focus on non-relational and relational data storage, data integration, and data analytics solutions is directly relevant to this role. The course's practical scenarios and solutions provide a strong foundation. Knowledge of these Azure solutions will help any aspiring Data Engineer.
Cloud Consultant
A Cloud Consultant advises organizations on how to best leverage cloud technologies to achieve their business goals. This role requires extensive knowledge of cloud platforms, including Azure, making this course valuable. The course's coverage of Azure architecture, governance, and various cloud services will be key to success as a Cloud Consultant. The real-world scenarios included in this course will equip a Cloud Consultant with the knowledge necessary to make informed recommendations. If cloud consulting interests you, this course can be a great starting point.
Infrastructure Architect
An Infrastructure Architect designs and manages the underlying IT infrastructure for an organization. This role requires a solid understanding of cloud infrastructure and infrastructure solutions, which this course provides. The course’s extensive coverage of Azure services, including governance, compute, data storage, and networking, helps build the skills necessary for an Infrastructure Architect. The hands-on scenarios and solutions, along with the detailed study guide, may be useful. If you aspire to become an Infrastructure Architect, this course may be essential to learning cloud solutions.
Systems Engineer
A Systems Engineer is responsible for the design, implementation, and maintenance of IT systems. This role requires a broad understanding of various technologies, such as cloud infrastructure. This course focuses on cloud and Azure infrastructure design, which is very applicable to the role of a Systems Engineer. The course's coverage of Azure services, including governance, compute, data storage, and security, provides essential knowledge. By learning real-world examples, this course may be a good fit for any aspiring Systems Engineer.
DevOps Engineer
A DevOps Engineer works to automate and streamline software development and deployment processes. This role requires knowledge of cloud platforms and infrastructure, including Azure, making this course potentially useful. The course's coverage of compute, data storage solutions, and related services provides a basis for a DevOps engineer to learn more about Azure. The course’s focus on infrastructure solutions helps those who wish to understand a cloud environment. This course could be useful for any prospective DevOps Engineer.
Security Engineer
A Security Engineer is responsible for implementing and managing security measures within a system. This role requires knowledge of authentication and authorization. This course includes a section on designing authentication and authorization solutions in Azure. The course also covers several security topics and governance solutions that are useful for this role. With a focus on Azure solutions, this course may be a strong start for anyone who wants to become a Security Engineer.
Network Engineer
A Network Engineer designs, implements, and manages network infrastructure, including cloud-based networks. This course covers network infrastructure solutions in Azure, making it valuable for aspiring Network Engineers. The course's focus on network infrastructure design and related services is very relevant to this role. If you are considering a career as a Network Engineer, this course may provide a foundation in Azure networking.
Database Administrator
A Database Administrator manages and maintains databases. This role needs a good understanding of data storage solutions, including those in the cloud. This course covers relational and non-relational data storage solutions in Azure, which are directly relevant to this role. The course's focus on various Azure database services will help you understand cloud database offerings. If you want to become a Database Administrator, this course may be a good starting point for working in cloud environments.
Technical Project Manager
A Technical Project Manager oversees IT projects, including those involving cloud infrastructure. This role requires a firm understanding of the systems being managed. This course can help a Technical Project Manager understand the components of an Azure project. The course's comprehensive coverage of Azure services and solutions helps build a foundation for managing such projects. If you are interested in managing technical projects, this course may be help you manage projects with cloud solutions.
Systems Administrator
A Systems Administrator is responsible for maintaining and operating computer systems, including cloud systems. This course provides valuable information for any systems administrator working with Microsoft Azure. The course's focus on designing compute, storage, and network solutions directly relates to the needs of a Systems Administrator. The course provides a broad overview of the services in Azure, which can assist in everyday operations. If you want to work as a Systems Administrator, this course may be a guide to managing systems in the cloud.
IT Manager
An IT Manager oversees the IT infrastructure and operations of an organization. This role requires some understanding of various technologies, including cloud infrastructure. This course, which focuses on designing Azure solutions, may be useful for an IT Manager. The course provides a broad overview of the types of services in Azure, which can assist with strategic decisions. If you are interested in becoming an IT Manager, this course may help you understand cloud solutions and how to use them at your organization.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in AZ-305 Designing Azure Infrastructure Solutions.
This study guide is specifically designed for the AZ-305 exam. It provides comprehensive coverage of the exam objectives, including governance, compute, data storage, integration, and more. valuable resource for exam preparation and for gaining a deeper understanding of Azure architecture principles. It can be used as a reference throughout the course.
Explores cloud native patterns, which are essential for designing resilient and scalable applications in Azure. While not specific to Azure, the principles and patterns discussed are directly applicable to Azure infrastructure design. It provides a deeper understanding of how to build robust and maintainable cloud solutions. This book is more valuable as additional reading to expand on the course material.

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