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Azure AZ-204 Study Plan: 30, 60, and 90 Days

Azure AZ-204 30-, 60-, and 90-day study plan with topic order, review loops, and final-week priorities.

This page answers the question most candidates actually have: “How do I structure my AZ-204 prep?” The schedules below follow Microsoft’s January 14, 2026 skills measured. The current version of the exam is scheduled to retire on July 31, 2026, so the safest plan is to study against the current scope directly instead of mixing it with older objective lists.

Use the plan that matches your available time, but keep it grounded in runnable Azure workloads. Each week should include one short build, one auth or configuration check, one timed drill set, and one miss-log review.

Best way to use this plan

Use the plan as a weighted review order, not as a rigid checklist.

  • Start from the official Microsoft scope in Resources
  • Use the Cheat Sheet to sharpen service selection
  • Use the Glossary only when terms blur together
  • End each week with 3 to 7 miss rules in your own words

How long should you study?

Your starting point Typical total study time Best-fit timeline
You build on Azure weekly (App Service, Functions, Entra ID) 40-60 hours 30-60 days
You have used Azure but not deeply as a developer 60-90 hours 60-90 days
You are newer to Azure development patterns 90-120 hours 90 days

Choose a plan based on hours per week:

Time you can commit Recommended plan What it feels like
10-15 hrs/week 30-day intensive Fast learning plus lots of practice
6-9 hrs/week 60-day balanced Steady progress plus room for review
3-5 hrs/week 90-day part-time Slow and solid with repetition

Use the current weighted chapters to allocate time

Skill lane Weight What you should be good at
Compute 25-30% App Service, Functions, containers, diagnostics, scaling, and deployment slots
Storage 15-20% Cosmos DB SDK, consistency, change feed, Blob SDK, metadata, and lifecycle controls
Security 15-20% Entra ID auth, SAS, Microsoft Graph, Key Vault, App Configuration, and managed identity
Monitoring 5-10% Application Insights instrumentation, metrics, traces, availability tests, and alerts
Integration 20-25% API Management, Event Grid, Event Hubs, Service Bus, and Queue Storage

If you want one rule: spend roughly 70% learning and 30% practice early, then invert it to roughly 30% learning and 70% practice in the final one or two weeks.

Minimum lab before you lean on timed practice

AZ-204 is much easier when you can picture one concrete workload instead of memorizing service names. A useful minimum lab includes:

  • one App Service app or containerized workload with deployment slots and app settings
  • one Function App with a real trigger and one storage or messaging dependency
  • one identity path using Entra ID, managed identity, or Key Vault so token flow and secret handling stop blurring together
  • one integration path using Service Bus, Event Grid, or API Management plus one Application Insights query or alert

If you cannot picture one concrete app path, one identity path, and one messaging path, timed practice will stay too abstract.

30-Day Intensive Plan

Target pace: about 10-15 hours/week. Goal: cover the official skills quickly, then harden instincts through drills and mixed sets.

Week Focus What to do Links
1 Compute Build runtime pickers: containers, App Service, Functions, diagnostics, scaling, and slots. Start a miss log. ResourcesCheat Sheet
2 Storage + Security Focus on Cosmos DB, Blob Storage, Entra auth, SAS, Graph, Key Vault, and managed identity. End the week with a mixed set. ResourcesGlossary
3 Integration Drill API Management, Event Grid, Event Hubs, Service Bus, and Queue Storage so eventing and messaging no longer blur together. Cheat SheetFAQ
4 Monitoring + full review Finish Application Insights and alerting, then do 2 full mocks under time and re-drill the weakest lanes. Cheat SheetFAQ

60-Day Balanced Plan

Target pace: about 6-9 hours/week. Goal: build clean coverage plus room for repetition and small labs.

Week Focus What to do
1 1.1 Containers, ACR & Container Apps Drill the container hosting and image-publishing lanes.
2 1.2 App Service, Scaling & Slots Focus on web-app deployment, diagnostics, config, scaling, and staged rollouts.
3 1.3 Functions, Triggers & Bindings + 2.1 Cosmos DB, Consistency & Change Feed Drill event-driven functions plus Cosmos DB change behavior.
4 2.2 Blob Storage, Metadata & Lifecycle + 3.1 Auth, SAS & Microsoft Graph Cover the storage and identity access paths together.
5 3.2 Key Vault, Config & Managed Identity + 4.1 App Insights, Logs & Alerts Drill secure config and observability together.
6 5.1 API Management & Policies Build clear API gateway instincts.
7 5.2 Event Grid & Event Hubs + 5.3 Service Bus & Queue Storage Finish the integration lane and run mixed sets.
8 Final review Do 2 full mocks, review every miss, and re-drill the weakest lesson families.

90-Day Part-Time Plan

Target pace: about 3-5 hours/week. Goal: slow repetition with consistent drills and periodic mixed sets.

Weeks Focus
1-3 Compute
4-5 Storage
6-7 Security
8 Monitoring
9-10 Integration
11-12 mixed review and full mocks

Use spaced re-drills on weak areas. 48-72 hour spacing works especially well on AZ-204 because the same service-confusion mistakes tend to repeat unless you revisit them deliberately.

How to use timed practice without skipping the platform work

  1. Start with Resources so you stay aligned to the current Microsoft scope.
  2. Review the matching lesson in this guide before you run timed questions.
  3. Use the Cheat Sheet for service pickers and security defaults.
  4. Tag every miss as compute, storage, identity, monitoring, or integration.
  5. If the miss came from service confusion, go back to one runnable lab path and prove the difference with one small config or code change.
  6. Re-test the weak area after a short gap until the same mix-up stops recurring.

Last-week compression plan

If you have less than a week left before the exam retires or before your scheduled sitting:

  1. Re-read the Cheat Sheet and the weakest lesson families
  2. Bias review toward compute and integration, because they carry the most weight and the most confusion
  3. Run one or two timed mixed sets
  4. Spend the final two days mostly on miss rules, not on random new docs

If you still confuse:

  • Event Grid vs Event Hubs vs Service Bus
  • managed identity vs client secret vs SAS
  • App Service vs Functions vs Container Apps

then those are still your highest-return review targets

Revised on Sunday, May 10, 2026