Microsoft Certified: Azure Solutions Architect Expert (AZ-305)

For IT leaders: When Azure environments grow without an architect’s oversight, the result is predictable: resources deployed with ports left open, backups no one has tested against recovery objectives, and migrations rushed straight into the portal without a plan. This AZ-305 course gives senior Azure staff a structured way to design deliberately instead.

Role fit: Assign this to Azure administrators and cloud engineers with 3–5 years of Azure experience who are moving into Solutions Architect or Lead Cloud Engineer roles. It is expert-level and not an onboarding course for junior staff.

Risk and compliance relevance: The course covers secure authentication and authorization design, Conditional Access, B2B/B2C identity, logging and alerting with Azure Monitor, and recovery metrics for backup planning. These are the design decisions that shape audit readiness and outage exposure.

Time investment: About 11 hours across 12 skills, with many skills landing around 50–75 minutes. That makes it practical to schedule one skill per week alongside production duties.

Change management: The migration content stresses planning, assessment tools, and cloud migration frameworks before teams start moving workloads into Azure. Expect architects to come back pushing for more design review up front.

Training Managers can sequence the skills into Playlists by priority, such as identity first or DR first. Team Reporting then shows progress toward certification readiness across the group.

Architecture decisions made in a hurry become outages, security gaps, and budget overruns later. As the instructor warns in the migration module, the habit of jumping straight into the portal has no place in production when a lot is on the line. This AZ-305 training gives your team a shared method for weighing cost, performance, and security before anything is deployed.

IT teams use this training to:

• Design governance and identity before go-live. Engineers learn how Azure AD supports centralized identity management, single sign-on, password synchronization, and consistent authentication and authorization designs across Azure environments.
• Plan recovery around real business targets. Before touching Azure Backup, the team defines how much data loss is acceptable and how quickly systems must be restored. It also tracks frequently overlooked metrics such as average time to recover.
• Match the service to the workload. Engineers learn how Azure services fit together as part of an end-to-end solution, including when messaging and integration services like IoT Hub and Service Bus belong in the architecture.
• Control access with context. Identity designs account for users, applications, directories, and tenants so access decisions are planned deliberately instead of being improvised.

The result is a team that plans migrations against defined business outcomes and designs monitoring and alerting that can trigger automated responses. Fewer decisions get revisited after deployment.

Knowledge

• How Azure Monitor collects metrics and logs, and when Azure Data Explorer fits high-volume, concurrent query workloads
• Identity design options in Azure AD, including Conditional Access signals, B2B vs. B2C trust models, and Azure AD Domain Services for legacy apps
• Relational and non-relational data choices, including vCore tiers (General Purpose, Hyperscale, Business Critical) and IaaS SQL failover considerations
• Data ingestion and integration patterns, including ETL pipelines and enterprise analytics workflows
• Recovery metrics that drive backup and disaster recovery design, plus high availability services such as Azure Front Door
• Cloud Adoption Framework migration strategies, the four Rs, and assessment tools for discovering what exists before you migrate

Ability

• Design monitoring that analyzes, visualizes, and automates responses through alerts and autoscale triggers
• Recommend authentication and authorization designs, including secrets and key management with Key Vault
• Select Azure resource designs based on workload requirements and how platform services fit together in an end-to-end solution
• Plan backup and recovery against defined recovery objectives and tune the protection Azure provides by default
• Build a structured migration plan tied to business outcomes, not ad hoc changes in the portal
• Secure virtual networks with a zero trust approach that allows only required traffic before resources go live