Microsoft Azure Solutions Architect Expert AZ-305 Certification

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Course Overview: Microsoft Azure Solutions Architect Expert AZ-305 Certification

This certification dives deep into managing Azure resources, configuring virtual machines and networks, and strengthening Azure Active Directory security. It guides you through selecting storage solutions, integrating SaaS applications, and creating efficient deployment scripts. Gain the skills needed to build robust, secure, and scalable cloud architectures on the Azure platform.

Key Features

  • Practice Labs & Projects

    Gain hands-on experience with integrated Azure environments for practical learning.

  • 24/7 Dedicated Mentoring

    Get continuous support and expert guidance whenever you need it.

  • 8X Higher Engagement

    Participate in live, interactive classes led by industry experts.

  • Official Microsoft Content

    Access training materials aligned directly with the certification exam.

  • Flexible Scheduling

    Choose class dates that best fit your availability.

  • AWS Select Technology Partner

    Learn from a training provider recognized for excellence in AWS education.

Skills Covered

  • Manage security
  • Integrate SaaS services
  • Azure Resource Manager
  • Manage identity for Azure
  • Compare database options
  • Azure IaaSbased server apps

Career Benefits of Microsoft Azure Solutions Architect Expert AZ-305 Certification

Certified Azure architects often benefit from increased earning potential, greater job security, and faster career advancement, making this certification a valuable investment for anyone looking to thrive in the competitive cloud computing landscape.

Master the Cloud. Lead with Confidence. Excel as an Azure Architect

Instructor-led
Learn from expert instructors in live, online sessions.
Get 24/7 learner support and access two full-length mock exams.
Choose a schedule that fits your availability.

$899

Corporate Training
Choose from flexible pricing and billing options.
Join private cohorts tailored to your teams.
Track your training progress with intuitive dashboards.
Assess and benchmark your skills easily. Integrate seamlessly with your existing platforms.
Get support from a dedicated Customer Success Manager

Eligibility for Microsoft Azure Solutions Architect Expert AZ-305 Certification

This Microsoft Azure Solutions Architect Certification is tailored for IT professionals such as cloud solution architects, experienced Azure administrators, developers, and DevOps engineers who want to validate their expertise in designing and implementing Azure solutions.

Prerequisites

To enrol in this AZ-305 certification course, learners should have:

  • An undergraduate degree or at least a high school diploma.
  • Hands-on experience with IT operations, including networking, virtualization, security, compute, storage, billing and budgeting, and governance in cloud environments.

Course Content: Microsoft Azure Solutions Architect Expert AZ-305 Certification

Lesson 01: Self - Paced Learning Curriculum
Section 01 – Course Introduction

1.01 Introduction to AWS
1.02 Course Components and Exam Format

1.01 Course Introduction
1.02 What Will You Learn

2.01 Learning Objectives
2.02 Azure Overview
2.03 Azure Design Governance
2.04 Azure Subscription and Accounts
2.05 Tagging
2.06 Solution for Azure Blueprints
2.07 Solution for Using Azure Policy
2.09 Recap

3.01 Learning Objectives
3.02 Azure Active Directory
3.03 Azure Active Directory Licenses
3.04 Solution for Single-sign On
3.05 Solution for Authentication
3.06 Solution for Conditional Access
3.07 Solution for Managed Identity
3.08 Solution for Key Vault
3.09 Solution for Hybrid Identities
3.10 Solution for Self-Service
3.11 Solution for B2B Integration
3.13 Recap

4.01 Learning Objectives
4.02 Choosing an Authorization Approach
4.03 Access Management Solution
4.04 Azure AD Privileged Identity Management
4.05 Hierarchical Structure for Access Control
4.08 Recap

5.01 Spotlight

6.01 Learning Objectives
6.02 Monitoring Tools
6.03 Azure Monitor Health and Availability Monitoring
6.04 Initiating Automated Response Using Action Groups
6.05 Configure and Manage Alerts
6.08 Recap

7.01 Learning Objectives
7.02 Architecture Best Practices for Reliability into Categories
7.03 Solution for Recovery in Different Regions
7.04 Solution for Azure Backup Management
7.05 Solution for Data Archiving and Retention
7.11 Recap

8.01 Learning Objectives
8.02 Architectural Best Practices for Reliability
8.03 Azure Service Dependencies
8.04 Solution for Azure Site Recovery
8.05 Snapshots and Recovery Points
8.09 Recap

9.01 Learning Objectives
9.02 Azure Non-Relational Data
9.03 Azure Storage Account
9.04 Solution for Encrypting Data
9.05 Storage Service Encryption
9.07 Recap

10.01 Spotlight

11.01 Learning Objectives
11.02 Azure SQL Database
11.03 Deployment Options for Azure SQL Database
11.04 Pricing Model for Azure SQL
11.05 Azure SQL Edge
11.06 Cosmos DB
11.08 Recap

12.01 Learning Objectives
12.02 Modern Data Platform Reference Architecture
12.03 Solution for Data Integration
12.04 Azure Synapse Analytics
12.05 Design a Strategy for Hot, Warm, and Cold Data Path
12.06 Design Azure Stream Analytics
12.07 Recap

13.01 Learning Objectives
13.02 Solution for Compute Provisioning
13.03 Solution for App Service
13.04 Solution for Containers
13.05 Solution for Automating Compute Management
13.07 Recap

14.01 Learning Objectives
14.02 Message and Event Scenario
14.03 Messaging Solution
14.04 Designing an Event Solution
14.05 Features of Azure Kubernetes Service
14.06 Orchestration Solution for Deployment and Maintenance of Applications
14.07 Design Application Lifecycle
14.09 Recap

15.01 Spotlight

16.01 Learning Objectives
16.02 Network Architecture
16.03 Technologies Used to Choose Architecture
16.04 Solution for Network Addressing and Name Resolution
16.05 Solution for Network Provisioning
16.06 Solution for Network Security
16.07 Solution for Network Connectivity
16.08 Solution for Automating Network Management
16.09 Solution for Load Balancing and Traffic Routing
16.13 Recap

17.01 Learning Objectives
17.02 Migration with Cloud Framework
17.03 Azure Migration Framework
17.04 Accessing Workloads
17.05 Migration Tools
17.06 Migrating Databases
17.07 Uses of Data Box Devices
17.11 Recap

18.01 Learning Objectives
18.02 Solution for Cost Management
18.03 Cost Design Principles
18.04 Optimizing Costs from Recommendations
18.05 Cost Optimization Checklists
18.07 Recap

19.01 Spotlight

1.01 About Nvidya
1.02 Prerequisite
1.03 Introduction to Cloud Computing
1.04 Benefits of Cloud Computing
1.05 Skills to be Covered
1.06 Why This Course?
1.07 Curriculum
1.08 Course Components
1.09 Career Benefits for an Azure Solutions Architect

2.01 Design Governance
2.02 Design for Management Groups and Subscriptions
2.03 Design for Resource Groups
2.04 Recommend a Strategy for Tagging
2.05 Recommend a Solution for Using Azure Policy
2.06 Assisted Practice: Azure Policy Creation
2.07 Assisted Practice: Assign a Built-in Azure Policy to an Azure Resource Group
2.08 Recommend a Solution for Using Azure Blueprints
2.09 Knowledge Check
2.10 Section End Project

3.01 Microsoft Entra ID
3.02 Recommend a Solution for Single-Sign On (SSO)
3.03 Recommend a Solution for Authentication
3.04 Recommend a Solution for Conditional Access
3.05 Recommend a Solution that Includes Managed Identities
3.06 Recommend a Solution that Includes Key Vault
3.07 Assisted Practice: Creating an Azure Key Vault
3.08 Recommend a Solution for a Hybrid Identity
3.09 Recommend and Implement a Solution for B2B Integration
3.10 Assisted Practice: Microsoft Entra Join
3.11 Assisted Practice: Creating Microsoft Entra ID User
3.12 Assisted Practice: Creating Microsoft Entra ID Guest User
3.13 Assisted Practice: Microsoft Entra ID Group Creation
3.14 Assisted Practice: Add Microsoft Entra ID Authentication for Storage
3.15 Unassisted Practice: Microsoft Entra ID Custom Domain Creation
3.16 Knowledge Check

4.01 Choose an Authorization Approach
4.02 Recommend an Access Management Solution
4.03 Assisted Practice: Microsoft Entra ID Privileged Identity Management
4.04 Knowledge Check

5.01 Design for Azure Workbooks and Azure Insights
5.02 Recommend Appropriate Monitoring Tools for a Solution
5.03 Azure Monitoring
5.04 Health and Availability Monitoring
5.05 Cost Monitoring
5.06 Advanced Logging
5.07 Choose a Mechanism for Event Routing and Escalation
5.08 Assisted Practice: Azure Monitor
5.09 Knowledge Check

6.01 Identify the Availability Requirements for Azure Resources
6.02 Assisted Practice: Virtual Machine Availability Set
6.03 Assisted Practice: Virtual Machine Availability Zone
6.04 Azure Front Door
6.05 Assisted Practice: Azure Front Door Service
6.06 Azure Traffic Manager
6.07 Assisted Practice: Azure Traffic Manager
6.08 Recommend a High Availability Solution for Compute
6.09 Assisted Practice: Azure Virtual Machines Scale Sets
6.10 Recommend a High Availability Solution for Relational Data Storage
6.11 Assisted Practice: Azure SQL DB Geo-Replication
6.12 Identify Storage Types for High Availability
6.13 Knowledge Check
6.14 Section End Project

7.01 Recommend a Recovery Solution for Azure Workloads
7.02 Recommend a Solution for Azure Backup Management
7.03 Design a Solution for Data Archiving and Retention
7.04 Design an Azure Site Recovery Solution
7.05 Assisted Practice: Azure Site Recovery
7.06 Recommend a Solution for Recovery in Different Regions
7.07 Knowledge Check
7.08 Section End Project

8.01 Overview of Azure Non-Relational Data
8.02 Storage Account
8.03 Design for Azure Blob Storage
8.04 Azure Files
8.05 Design for Azure Disk Solutions
8.06 Storage Security
8.07 Assisted Practice: Manage Azure Storage
8.08 Assisted Practice: Manage Storage Access Keys
8.09 Recommend a Solution for Encrypting Data
8.10 Knowledge Check

9.01 Select an Appropriate Data Platform Based on Requirements
9.02 Recommend Database Service Tier Sizing
9.03 Recommend a Solution for Database Scalability
9.04 Assisted Practice: Azure SQL DB
9.05 Design Security for Data
9.06 Design for Azure SQL Edge
9.07 Design for Azure Cosmos DB
9.08 Assisted Practice: Managing Cosmos DB
9.09 Knowledge Check
9.10 Section End Project

10.01 Recommend a Data Flow to Meet Business Requirements
10.02 Recommend a Solution for Data Integration
10.03 Design a Strategy for Hot, Warm, Cold Data Path
10.04 Design Azure Stream Analytics Solution for Data Analysis
10.05 Knowledge Check

11.01 Recommend a Solution for Compute Provisioning
11.02 Assisted Practice: Creating a Virtual Machine
11.03 Unassisted Practice: Manage VM Sizes
11.04 Recommend a Solution for App Service
11.05 Determine Appropriate Compute Technologies
11.06 Recommend a Solution for Containers
11.07 Assisted Practice: Create a Container Instance
11.08 Assisted Practice: Create a Container Registry
11.09 Knowledge Check
11.10 Section End Project

12.01 Recommend a Microservices Architecture
12.02 Assisted Practice: Azure Kubernetes Service
12.03 Recommend an Orchestration Solution for Deployment and Maintenance of Applications
12.04 Assisted Practice: ARM Template
12.05 Recommend a Solution for API Integration
12.06 Knowledge Check
12.07 Section End Project

13.01 Recommend a Network Architecture
13.02 Recommend a Solution for Network Provisioning
13.03 Recommend Solutions for Network Security
13.04 Recommend Solutions for Network Connectivity
13.05 Assisted Practice: Creating Virtual Networking and Resolving Domain Names
13.06 Recommend Solution for Automating Network Management
13.07 Recommend Solution for Load Balancing and Traffic Routing
13.08 Assisted Practice: Creating Load Balancer
13.09 Assisted Practice: Implement Intersite Connectivity
13.10 Knowledge Check

14.01 Azure Migrate
14.02 Assessments Using Azure Migrate
14.03 Recommend a Solution for Migrating Workloads to IaaS and PaaS
14.04 Assisted Practice: Migrate Azure App Service with Azure Migration Assistant
14.05 Recommend a Solution for Migrating Databases
14.06 Determine Migration Scope
14.07 Recommend a Solution for Migrating Data
14.08 Knowledge Check

15.01 Recommend a Solution for Cost Management and Cost Reporting
15.02 Recommend Solutions to Minimize Costs
15.03 Assisted Practice: Generate Report on Spend
15.04 Unassisted Practice: Billing Alerts
15.05 Knowledge Check

Section 01 – Course-End Project

Exam & Certification FAQs

How long is the AZ-305 Certification Exam?

The AZ-305 exam includes 40 to 60 multiple-choice questions and you have 150 minutes to complete it, providing enough time to showcase your expertise in Azure infrastructure design.

No, the exam does not apply negative marking, so you can answer all questions without concern for penalties on wrong responses.

To successfully clear the AZ-305 exam, you need to score at least 700 out of 1000 on Microsoft’s scaled scoring system, which balances question difficulty and candidate performance.

Candidates typically receive their exam results immediately after completing the test, enabling you to promptly understand your certification status.

Yes, Nvidya holds the Microsoft Silver Partner status, and our Azure Solution Architect Certification training is fully accredited by Microsoft to ensure industry-standard quality.

Nvidya’s training program is carefully crafted to cover all essential topics and practical scenarios, boosting your confidence and readiness to pass the AZ-305 exam on your initial attempt. While success depends on individual effort, our course offers comprehensive guidance and hands-on practice.

CERTIFICATE FOR Microsoft Azure Solutions Architect Expert AZ-305 Certification
THIS CERTIFICATE IS AWARDED TO
Your Name
FOR SUCCESSFUL PARTICIPATION IN
Microsoft Azure Solutions Architect Expert AZ-305 Certification
Issued By NVidya
Certificate ID __________
Date __________

Success Stories

Vandana Singh
Vandana Singh

“" This certification truly boosted my confidence and opened doors to better opportunities in cloud computing.””

“The course content was comprehensive and up-to-date with industry standards. The flexible learning schedule and expert mentoring helped me balance work and study, making it easier to prepare for the AZ-305 exam successfully.”

Sarah Collins
Sarah Collins

““Learning from real experts with hands-on labs made all the difference for my career growth.””

“This Azure Architect Certification course gave me the practical skills and confidence I needed to design and deploy effective cloud solutions. The instructors were knowledgeable, and the hands-on labs made all the difference in understanding complex concepts.”

Why Choose This Program?

Develop In-Demand Skills

Gain practical expertise crafted with industry and academic input.

Learn from Seasoned Professionals

Learn from seasoned professionals sharing real-world insights and case studies.

Engage in Applied Learning

Build skills through hands-on projects with real data and virtual labs.

Benefit from Continuous Support

Enjoy 24/7 access to mentors and a supportive learning community.

Frequently Asked Questions

What is an Azure Architect?

An Azure Architect is a certified expert skilled in designing, implementing, and managing Microsoft Azure cloud solutions that align with business goals. They plan cloud infrastructure and create scalable, secure solutions to meet organizational needs.

Our trainers are Microsoft Certified Trainers (MCTs) with over 15 years of hands-on experience in cloud architecture and training. They bring real-world insights and simplify complex concepts to enhance your learning experience.

After earning this certification, we recommend advancing your expertise with courses in Cloud Computing and DevOps to further boost your career and become a versatile cloud professional.

Azure exam vouchers are offered in selected countries including India, USA, Canada, UAE, Saudi Arabia, Singapore, Norway, Denmark, and others. Check eligibility before registering for the exam voucher.

They design, deploy, and manage cloud solutions on Azure, ensuring they meet business and technical requirements. Their role includes optimizing system performance, securing infrastructure, and guiding teams on best deployment practices.

This training deepens your understanding of Azure architecture, enhances your marketability, and prepares you for senior cloud roles. It equips you with the latest Azure tools and best practices to effectively manage cloud environments.

Our instructors are chosen for their strong professional backgrounds, teaching expertise, and practical experience with Azure cloud solutions. They focus on delivering clear explanations and real-world applications.

Enrol by filling out the online application form on our website, complete your payment securely via credit/debit card or PayPal, and receive your course access details via email.

Certified Azure Architects typically earn an average salary of ₹11 Lakhs per annum, with potential increases for senior roles and leadership positions in cloud architecture.

We provide 24/7 live chat support for urgent issues, plus email and callback assistance from our dedicated support team to resolve any queries promptly.

No, with our flexible learning approach, you can watch recorded sessions of any missed classes at your convenience to stay on track and complete the course successfully.