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Apply task decomposition techniques to structure complex requests

Break a large or multi-part request into an ordered sequence of smaller prompts, each with one clear goal and a defined output that feeds the next, with human checkpoints between steps.

Key points

  1. 1

    The help centre's core advice for complex work is to break the request into substeps. One prompt asking for extraction, analysis, a risk register and an email at once produces a shallow mix; four focused prompts produce four good outputs.

  2. 2

    Order the steps so each produces what the next needs: gather or extract first, then analyse, then decide, then draft. For a course: outline and objectives, then lessons, then assessments aligned to the objectives.

  3. 3

    Define the handoff. Each step should end with a concrete, named output (a numbered list of action items, a table of bottlenecks) that the next prompt references explicitly, rather than relying on a vague earlier conversation.

  4. 4

    Put a human review between steps. Errors early in a chain propagate silently into everything downstream, so check intermediate outputs before feeding them forward.

  5. 5

    Do not drop the input-gathering step because Claude "can infer" it. Claude does not know your current process, policy or data unless you supply it.

  6. 6

    Do not isolate dependent steps in unconnected chats. If step three depends on step two's output, that output must be carried into step three's prompt.

  7. 7

    For multi-day or multi-person work, create the shared foundation first (win themes, style guide, objectives), store it in a Project as instructions and knowledge, and run each bounded step in its own chat inside the Project.

  8. 8

    Match each step to the right tool. Language models are strong at categorising, summarising and writing; counting hundreds of items, arithmetic and exact lookups are deterministic work for a spreadsheet or Claude's analysis tool. Verify these intermediate results and re-run only the steps that depend on them.

  9. 9

    Decomposition also helps diagnosis: when the final output is wrong, the intermediate outputs show which step failed, so you fix that step instead of rewriting everything.

  10. 10

    Get a plan first. For an open-ended task, ask Claude to propose the steps and outputs, approve or adjust the plan, then execute it step by step.

  11. 11

    Common distractors: one giant prompt "so everything stays consistent"; re-running the same overloaded prompt with "be thorough"; collapsing steps to hide a failing intermediate; assigning the most capable model to step one and assuming later steps are just formatting.

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