E033 Azure Solutions Architecture carries the banner number ITCL 4301 and is worth 3 competency units. It asks you to design Azure solutions that are scalable, secure and efficient across six areas at once: identity management, governance, monitoring, business continuity, data storage and infrastructure management. E033 and ITCL 4301 are one requirement. It is the upper level design course in the Azure line, and the thing it tests hardest is whether your six areas form one coherent solution or six unrelated answers stapled together.
Six areas, one solution
The structure of this course is unusual in a useful way. Most design courses give you one problem; this one gives you six lenses and expects the same solution to hold up under all of them. That changes how you should work. A storage decision made without reference to the continuity requirement will contradict it. A governance model that ignores the identity design will be unenforceable. The coherence between the areas is what an evaluator can see immediately and what students most often miss.
Business continuity is the sharpest of the six because it is quantitative. Two questions govern everything: how much data can the organization afford to lose, and how long can it afford to be down. Those two numbers determine the backup frequency, the replication approach, the standby posture and most of the cost. A continuity section without them is an opinion, and a design that quotes them and then contradicts them elsewhere is worse.
Data storage selection follows from access patterns rather than from data volume. How often is it read, how quickly must it come back, does it change, does it need to be queried, must it be retained by policy, and where is it allowed to live. Answering those six questions picks the storage class for you, and showing that reasoning is what the aspect wants rather than the name of the service.
Identity and governance work as a pair. Identity says who someone is and what they may do; governance says how resources are organized, what policies constrain them and how spending is bounded. Designs that treat governance as documentation rather than as enforced constraint are the ones that drift, and saying which policies are enforced rather than advisory is a mark of maturity.
Monitoring closes the loop by making the other five observable. What is collected, where it is retained, what threshold matters and who is paged. WGU marks the course Competent or Not Competent rather than by letter grade, maintains no ordinary grade point average, and places the 3 competency units of E033 in a flat rate six month term.
Turning scored aspects into an architecture document plan
If your version of E033 uses a performance assessment, the aspects your evaluator scores usually map closely onto the design areas, which makes the outline easier than in most courses and the coherence harder. WGU requires a score of 2 in each aspect for a task to pass and judges each aspect alone, so a strong continuity plan will not carry a governance aspect answered in generalities.
Budget the words before drafting. Work from a rubric carrying six scored aspects against a target near 2,400 words. Reserve 220 words for the organization, its workloads and its stated requirements, and 140 for the close, leaving 2,040. Three aspects carry the heaviest reasoning, typically continuity, storage and identity with governance, and they take 450 words each for 1,350, because each needs the requirement, the design, the alternative rejected and the consequence accepted. The three remaining aspects, usually covering infrastructure management, monitoring and scalability or efficiency, take 230 each for 690. Adding 1,350 to 690 gives 2,040 exactly.
Write one requirements table early and refer back to it from every section. Recovery objectives, data residency, expected load, retention obligations and budget in one place, then each design decision cites the row it satisfies. That single device produces the coherence the course is testing and costs you fifty words.
Keep budget for efficiency. It is the third word in the course description and the one students drop when the count runs long. Naming where you chose the cheaper option, and what you accepted in exchange, answers it directly.
Shape for an Azure solution design document
E033 deliverables usually design a complete solution for a described organization. These proportions carry that document.
| Section | What belongs there | Share |
|---|---|---|
| Requirements table | Recovery objectives, residency, load, retention and budget, each stated as a number or a rule. | 10 percent |
| Identity management | Who authenticates, how, what roles exist, and how access is granted and reviewed. | 15 percent |
| Governance | Resource organization, enforced policies, tagging and spending boundaries. | 14 percent |
| Data storage | Each data set, its access pattern, the storage class chosen, and the retention rule. | 17 percent |
| Business continuity | Backup, replication and failover, tied explicitly to the two recovery numbers. | 18 percent |
| Infrastructure and scale | Compute, networking, and what grows automatically against what is fixed. | 15 percent |
| Monitoring and close | What is measured, what alerts, who responds, and the efficiency tradeoff you accepted. | 11 percent |
Sourcing an architecture argument
Three sources carry an architecture document. Provider documentation supports what a service does, what it guarantees and what its limits are, cited with a date because those change. Published architectural guidance supports the claim that an approach is sound. The scenario supports every requirement, and requirements you invent are the fastest way to lose the aspect that judges whether the design fits the organization.
Where a service commitment underpins a continuity decision, quote the commitment precisely rather than paraphrasing it, since the conditions attached usually decide whether it applies to your configuration. A guarantee that depends on a particular redundancy option is a different fact from the headline number, and getting that right is often the strongest single sentence in a continuity section.
Present the continuity math visibly. If the organization can lose fifteen minutes of data and tolerate two hours of downtime, show how your backup frequency and failover approach meet those numbers and what they would cost if the numbers halved. That arithmetic is short and it demonstrates the reasoning that separates a design from a list of features.
Use the citation style your task specifies, cite at the point of the claim, and label diagrams so the prose can reference them. Keep the reasoning in prose, because a diagram cannot record the option you rejected or the tradeoff you accepted, and those are the elements aspects are written to find.
What earns Competent, and what comes back
Competent work is internally consistent. Storage choices respect the continuity numbers. Governance is enforceable given the identity design. Monitoring watches the things the rest of the document says matter. Every requirement in the table appears somewhere as a design decision, and every decision names what it gave up.
Returns cluster in six places. The six areas are answered separately with no cross references, so the solution is really six documents. Continuity is described without recovery objectives, leaving nothing to size against. Storage is chosen by volume rather than by access pattern. Governance is written as guidance nobody enforces. Monitoring lists metrics with no thresholds or responders. Or a stated requirement, usually data residency or budget, is quietly contradicted by a later decision.
A worthwhile final pass: go through your requirements table row by row and point at the paragraph that satisfies each one. Any row without a paragraph is an aspect at risk, and any paragraph that satisfies no row is probably costing you words a weaker section needed.
Revision and resubmission of a WGU performance assessment carry no grade penalty, so submit at the point where every aspect has a genuine answer. If your section also carries an objective assessment, that exam is proctored and our boundary is absolute: preparation only, with design pattern drills, service selection practice and a candid read of your preassessment result. We do not sit an assessment for anyone, we take no role while one is running, and portal credentials are never asked for or held.
Six sections that do not agree with each other?
Send the E033 rubric and your scenario. We rebuild it around one requirements table, with every design decision citing the row it satisfies.
Six mistakes that cost time in E033
- Six unconnected answers. The areas have to agree. Cross reference them or the coherence an evaluator looks for is absent.
- Continuity without recovery numbers. How much data can be lost and how long can it be down. Everything else sizes from those two.
- Storage chosen by volume. Access pattern, retrieval speed, retention and residency pick the class. Size mostly picks the bill.
- Governance as advice. Say which policies are enforced and which are guidance, because only one of those prevents drift.
- Monitoring without thresholds. A metric with no threshold and no responder is not a control.
- Contradicting a stated requirement. Residency and budget appear once in a scenario and are checked against every decision.
Three questions students ask about E033
How is this different from the Azure fundamentals course?
What if the scenario does not give recovery objectives?
Is E033 the same course as ITCL 4301?
Where E033 sits in WGU's programs
The July 2026 catalog places this code in 1 current WGU program. Open a program page for the complete standard path and term positions. The live Degree Plan remains authoritative after transfer credit, substitutions, and mentor planning.
The assessments, one by one
The public catalog does not publish this course's PA/OA identity or task count. WGU Tutors publishes at most one PA manual per course and only from a WGU-controlled public rubric. Until that source exists, PA help begins from the student's real Course of Study and OA support remains preparation only.