What you will be able to do
- Recognise the signals in Anthropic's use-case guides that a task suits Claude
- Investigate how people handle a process today before proposing to automate any of it
- Separate tasks that feel safe to hand to Claude from tasks that need closer human attention, and say why
Key concept
Task-level use-case analysis — A process is never judged as a whole. You break it into the individual tasks people perform, ground each one in how it is handled today, and judge each task on its own fit before anything is built.
1.What makes a task a good fit
Requirements analysis with Claude starts with a narrower question than "can AI help this department?" It asks which specific pieces of work have the traits that Claude handles well. Anthropic's production use-case guides (customer support, ticket routing, content moderation, legal summarisation) each open with a list of such indicators, and the lists overlap to a useful degree.
For customer support, the guide lists several indicators. Claude handles a large number of similar questions efficiently. It can pull together information from large knowledge bases faster than a person consulting several sources. It absorbs sudden jumps in volume without new hiring, and it can be instructed to keep a consistent tone. Note how the first indicator is framed: the point is to free human agents "for more complex issues", not to remove them.
For classification work such as ticket routing, the indicators are about data and change. Claude can classify from a few dozen labelled examples rather than a massive training set. It adapts when category definitions change. It can explain its decisions in readable language, which the guide says builds trust in the automation. Content moderation adds nuance: telling that "killed it" in a film review is a metaphor, while a threat with no violent words should still be flagged.
| Signal in the process | Why it points towards Claude |
|---|---|
| Many similar, repeated requests | Claude handles a large number of similar questions efficiently, freeing human agents for more complex issues |
| Answers spread across large knowledge bases | Claude can quickly retrieve, process, and combine that information |
| Only a few dozen labelled examples exist | Claude can classify with just a few dozen labeled examples |
| Categories change as the business evolves | Claude adapts to changed or new classes without extensive relabeling |
| Decisions must be explainable | Claude can give human-readable explanations for its classification decisions |
2.Map how people do it today, before automating
Knowing the fit signals is not enough to write requirements. The ticket-routing guide is direct: "Before you automate, it's crucial to understand your existing ticketing system." It lists the questions to ask the team that does the work now. What criteria decide which service level applies? Does routing decide the support tier or the specialist? Which automated rules already exist, and when do they fail? How are edge cases and ambiguous tickets handled? How does the team prioritise?
These questions do two jobs. First, they show the real inputs to the decision. The guide notes that routing may depend on urgency, customer type, SLAs or language as well as intent, and a requirements list that captures only intent would miss those. Second, they bring out the hard cases, which are exactly where a new system is most likely to go wrong. The guide sums up the principle: the more you know about how humans handle certain cases, the better you can work with Claude on the task.
Claude can help with this analysis itself. It can draft interview questions, organise the team's answers, or turn a pile of notes into a list of decision criteria. But the facts about the current process have to come from the people and systems that run it. A requirements list Claude writes without that input describes a generic process, not yours.
What is an effective way to use Claude to analyze requirements and use cases early in the development process?
Correct answer: B — Ask Claude to simulate a developer reviewing requirements and ask clarifying questions for ambiguity.
- A. Incorrect. Examining completed code for missing logic is a reactive approach that addresses issues only after development, missing the chance to catch ambiguities early and leading to costly rework.
- B. Correct. Simulating a developer reviewing requirements and asking clarifying questions allows Claude to proactively identify ambiguities, gaps, and inconsistencies, improving clarity and reducing downstream issues.
- C. Incorrect. Having Claude independently review and finalize requirements without human check eliminates necessary oversight; human validation is critical for context, ethics, and domain nuances, so Claude should augment, not replace, human reviewers.
- D. Incorrect. Ignoring the current requirements draft to generate new use cases from scratch risks losing valuable context, stakeholder input, and business alignment; instead, Claude should refine and analyze the provided requirements.
Sources2
3.Which tasks feel safe to hand over, and why
Anthropic Academy's AI capabilities course opens with a short audit that works well as a first screening pass. List real tasks, and be specific. "Drafted a client email explaining a project delay" tells you something; "writing" does not. For each task, note whether the output was usable first time or needed rework. Then ask Claude how each task could go wrong if nobody is paying attention, and push back when its answer does not match what you have seen.
The course then asks which tasks felt safe to hand to AI and which felt risky. That question matters for requirements analysis. A task where a mistake is cheap to spot and fix is a different kind of candidate from one where Claude's output would become a final decision about a person with nobody checking it. The sources here do not give a formal rule for drawing that line. They do make clear that the case for Claude in support work is about volume and consistency, with people kept for the complex issues.
Keep the solution you propose modest as well. Anthropic's engineering guidance on agents recommends finding the simplest solution possible and adding complexity only when it is needed. For many applications, one well-prompted call with retrieval and examples is enough. A use case that has passed screening does not automatically justify an autonomous system.
What is the most effective way to use Claude to analyze and categorize a list of requirements?
Correct answer: B — Ask Claude to classify each requirement as functional, non-functional, or constraint with explanations.
- A. Incorrect. Designing a spreadsheet layout focuses on formatting rather than analyzing or categorizing requirements. It does not leverage Claude's ability to classify requirements but instead adds a workflow artifact that doesn't directly address the need for analysis.
- B. Correct. This directly uses Claude's strength in analysis and classification by categorizing requirements into functional, non-functional, or constraint, along with explanations. It enhances clarity, traceability, and follows best practices for requirements analysis.
- C. Incorrect. Randomly removing requirements is not a valid analysis or categorization technique and risks losing essential information. It compromises the completeness of the requirements set and fails to achieve proper classification.
- D. Incorrect. This approach only evaluates quality attributes but does not categorize requirements, which is the primary goal of analysis. It fails to leverage Claude's classification capabilities, missing the chance to organize and understand requirements effectively.
Exam traps
Each one states something that sounds right. Open it to see what is actually true.
1.The first step in scoping a Claude use case is to try Claude on the task and see what it produces.Why is that wrong?
The guides start with the existing process: how the team handles it now, where current rules fail, and how edge cases are treated. That knowledge is what you work with Claude on.
2.A high-volume support process is a good Claude use case because Claude can replace the human team.Why is that wrong?
The indicator is handling many similar questions efficiently so that people are free for the harder work. Humans stay on the complex issues.
Covered in What makes a task a good fit
3.Once a task is judged suitable for Claude, the solution should be a fully agentic system.Why is that wrong?
Anthropic recommends the simplest solution that works. Often that is a single LLM call with retrieval and examples, and more complexity is added only when needed.
Covered in Which tasks feel safe to hand over, and why
Sources
Every claim above is drawn from one of these pages, quoted as it was written on the date shown.
- 1.
“Claude excels at handling a large number of similar questions efficiently, freeing up human agents for more complex issues.”
↩︎ What makes a task a good fit“break down your ideal customer interaction into every task you want Claude to be able to perform”
↩︎ Key concept“Claude excels at handling a large number of similar questions efficiently, freeing up human agents for more complex issues.”
↩︎ Exam trap 2 - 2.
“Claude's pre-trained model can effectively classify tickets with just a few dozen labeled examples”
↩︎ What makes a task a good fit“Claude can provide human-readable explanations for its classification decisions, building trust in the automation system”
↩︎ What makes a task a good fit“Before you automate, it's crucial to understand your existing ticketing system.”
↩︎ Map how people do it today, before automating“Are there any automated rules or workflows already in place? In what cases do they fail?”
↩︎ Map how people do it today, before automating“The more you know about how humans handle certain cases, the better you can work with Claude to do the task.”
↩︎ Map how people do it today, before automating“ticket routing and prioritization may also be influenced by other factors such as urgency, customer type, SLAs, or language.”
↩︎ Map how people do it today, before automating“Before you automate, it's crucial to understand your existing ticketing system.”
↩︎ Exam trap 1 - 3.
“the content moderation system needs to recognize that "killed it" is a metaphor, not an indication of actual violence.”
↩︎ What makes a task a good fit - 4.https://academy.claude.com/courses/ai-capabilities-and-limitations/intro-to-ai-capabilities-and-limitationsOfficial docs
“Which of your listed tasks felt "safe" to hand to AI, and which felt risky? Can you articulate why yet?”
↩︎ Which tasks feel safe to hand over, and why“Be specific: "drafted a client email explaining a project delay" tells you something. "Writing" doesn't.”
↩︎ Which tasks feel safe to hand over, and why - 5.https://www.anthropic.com/engineering/building-effective-agentsSecondary source
“we recommend finding the simplest solution possible, and only increasing complexity when needed.”
↩︎ Which tasks feel safe to hand over, and why“optimizing single LLM calls with retrieval and in-context examples is usually enough.”
↩︎ Which tasks feel safe to hand over, and why“we recommend finding the simplest solution possible, and only increasing complexity when needed.”
↩︎ Exam trap 3