Use this study plan when you want a real study sequence through AZ-305 instead of reviewing disconnected Azure products. The exam rewards design judgment: right boundary, right service family, right continuity posture, and right operational trade-off.
Background-based pacing
| Starting point |
Typical study time |
Good timeline |
| already administering Azure and reading architecture docs comfortably |
25-40 hours |
4-6 weeks |
| strong Azure operations background but less design experience |
35-55 hours |
6-8 weeks |
| newer to Azure architecture patterns |
50-75 hours |
8-10 weeks |
How to use this study plan well
| If you are… |
Use the plan like this |
| already strong in Azure operations |
spend more time on trade-off writing and architecture comparison, less on raw product discovery |
| stronger in data or app design than governance |
spend extra time on 1. Identity, Governance and Monitoring first |
| stronger in governance than networking |
spend extra time on 4.4 Network Connectivity, Security and Routing |
| sitting near April 17, 2026 |
re-check the live Microsoft study guide before final review so your chapter map matches the exam version you will actually see |
A practical six-week sequence
- Week 1: 1. Identity, Governance and Monitoring with extra time on log routing, RBAC, Policy, management groups, and identity governance
- Week 2: 2. Data Storage Solutions with service-fit comparisons across relational, document, object, file, and analytics patterns
- Week 3: 3. Business Continuity Solutions with
RTO / RPO, restore-vs-failover, and HA design decisions
- Week 4: 4.1 Compute Service Fit for Workloads and 4.2 Application Architecture, Messaging and Configuration
- Week 5: 4.3 Migration Strategy for Apps, Data and Platforms and 4.4 Network Connectivity, Security and Routing
- Week 6: mixed review with the cheat sheet, glossary, faq, and official checks from resources
What a good 45-minute study block looks like
| Minutes |
What to do |
Why |
| 0-10 |
read one chapter section or one official objective group |
keeps the session tied to a real design problem |
| 10-20 |
classify the dominant constraint: availability, security, latency, cost, or ops burden |
forces the right decision lane |
| 20-35 |
compare two or three Azure patterns and choose one |
builds architecture judgment instead of passive familiarity |
| 35-45 |
write one miss rule and one architecture cue |
turns the session into reusable recall |
Weekly loop
flowchart LR
R["Read one AZ-305 design area"] --> C["Classify the real constraint"]
C --> P["Pick the simplest Azure design that fits"]
P --> M["Log misses as one-line rules"]
M --> X["Review mixed scenarios and weak spots"]
What to do after every mixed scenario set
| Step |
What to record |
| 1 |
the weak design lane: governance, data, continuity, compute, migration, or network |
| 2 |
the real failure mode: scope confusion, service-fit confusion, continuity mismatch, or routing/private-access mismatch |
| 3 |
the one sentence rule you should have applied |
| 4 |
the exact chapter or section to revisit next |
Final 72-hour plan
- reread the cheat sheet once for pickers and confusion pairs
- use the glossary only for terms that still blur together
- use the resources page to confirm the current exam page and study guide
- if your sitting date is near April 17, 2026, confirm whether you are taking the pre-update or post-update English exam