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MICROSOFT AZURE - AZ-304: MICROSOFT AZURE ARCHITECT - DESIGN

The AZ-304: Microsoft Azure Architect - Design course is an advanced, architecture-focused professional program designed to equip participants with the skills required to design secure, scalable, reliable, and cost-effective solutions on Microsoft Azure.

The AZ-304 exam is administered by Microsoft and targets professionals operating at solution and enterprise architecture level. This course emphasizes design decisions and trade-offs across identity, governance, networking, compute, storage, data, security, business continuity, and monitoring.

The program aligns with the AZ-304 exam objectives and complements implementation-focused skills by developing architectural thinking and design justification, preparing participants to operate effectively as Azure Solution Architects and to sit for the AZ-304 certification exam.

Course Objectives

By the end of this course, participants will be able to:

  • Design Azure identity, governance, and security solutions

  • Architect resilient compute, storage, and networking solutions

  • Design data platforms for performance, availability, and scale

  • Plan business continuity, disaster recovery, and monitoring

  • Evaluate architectural trade-offs for cost, performance, and reliability

  • Prepare confidently for the AZ-304 certification examination

Course Curriculum

1

    • Azure Solution Architect role
    • Azure Well-Architected Framework
    • Design principles and trade-offs
    • Translating business requirements into architecture

2

  • Azure Active Directory architecture
  • Identity models (cloud-only, hybrid, federated)
  • Role-Based Access Control (RBAC)
  • Azure Policy, Blueprints, and management groups

3

  • Zero Trust principles
  • Network security architecture
  • Identity and access security
  • Data protection and encryption strategies

4

  • Virtual machines vs PaaS services
  • Containers and orchestration (overview)
  • Autoscaling and availability options
  • High availability design patterns

5

  • Microservices and monolithic architectures
  • API design and integration patterns
  • Event-driven and serverless architectures
  • Resiliency and fault tolerance

6

  • Blob, File, Disk, and Queue storage
  • Storage performance and scalability
  • Data redundancy and replication options
  • Secure storage design

7

  • Azure SQL, Cosmos DB, and NoSQL options
  • Data consistency and partitioning
  • Analytics and data processing architectures
  • Selecting the right data service

8

  • Virtual network design
  • Hybrid connectivity (VPN and ExpressRoute)
  • Load balancing and traffic routing
  • Network segmentation and isolation

9

  • High availability vs disaster recovery
  • Backup and restore architectures
  • Recovery Time Objective (RTO) and Recovery Point Objective (RPO)
  • Designing multi-region solutions

10

  • Azure Monitor and Log Analytics design
  • Alerting and diagnostics architecture
  • Operational visibility and observability
  • Designing for operational excellence

11

  • Cloud adoption and migration planning
  • Hybrid and multi-cloud considerations
  • Application modernization strategies
  • Integration with on-premises systems

12

  • Azure pricing models
  • Cost management and optimization strategies
  • Designing for performance efficiency
  • Capacity planning and forecasting

13

  • AZ-304 exam objective review
  • Scenario-based architecture questions
  • Design justification and decision-making
  • Exam strategies and readiness guidance

14

  • Instructor-led classroom or virtual training
  • Architecture design workshops
  • Scenario-based discussions and case studies

15

  • Azure Solution Architects
  • Cloud and enterprise architects
  • Senior infrastructure and DevOps engineers
  • IT professionals designing Azure solutions
  • Professionals seeking AZ-304 certification

16

  • Strong understanding of Azure administration and development
  • Experience with Azure infrastructure and services
  • Prior exposure to solution design concepts

17

  • Architecture design exercises
  • Scenario-based analysis
  • Knowledge checks and quizzes

This course includes

  • 17+ Activity Modules
  • 40 hours + lessons
  • Lifetime access
  • Certificate of completion
  • Available on desktop and mobile

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