
A beginner's guide to prompting patterns for practical work
Prompting patterns are repeatable ways of instructing a language model that make it easier to get dependable results for everyday tasks, and this article explains the most useful approaches for beginners. These patterns help you move from ad hoc requests to consistent outputs by shaping the model's role, the examples you provide, and the structure of the response you expect. The aim here is practical: to give clear, low-friction techniques you can apply to note-taking, drafting emails, generating code snippets, summarising documents, and supporting decision-making in small teams.
Understanding why patterns matter will save time and reduce trial and error when you integrate AI into routine work. A well-chosen pattern reduces ambiguity, which improves accuracy and reduces the need for repeated prompts. Patterns also make it easier to automate or hand off tasks because anyone can apply the same template and expect similar outcomes. For beginners, learning a small set of reliable patterns is a better investment than trying to memorise every possible phrasing.
- Instruction prompts: Give a clear, single instruction with constraints and expected format, such as "Summarise this text in three bullet points.".
- Few-shot prompts: Provide two or three examples of input and desired output to teach the model the format you want, which is useful for custom formatting or tone control.
- Role prompts: Ask the model to adopt a role, for example "You are a project manager; suggest a risk register for this project.".
- Chain-of-thought scaffolding: Ask for step-by-step reasoning by prompting "List the steps you would take before giving a recommendation." to improve complex decision responses.
- Decomposition prompts: Break a large task into smaller subtasks by requesting an outline before execution, which helps with longer workflows and reduces hallucination risk.
- Template prompts: Create reusable templates with placeholders like {{input}} to standardise outputs for automation or APIs.
To make these patterns concrete, try a few small examples and compare results, then adapt the wording rather than the whole approach. For example, an instruction prompt could read "Summarise the following meeting notes into a 50-word action list with owners and deadlines", while a few-shot prompt would show two sample notes paired with their ideal action lists before presenting your new notes. Role prompts work well when tone or responsibilities matter, such as "As a safety officer, list five compliance checks for this procedure". For tasks that require reasoning, ask for the steps first and then the final answer to make the model show its chain of thought and give you a chance to intervene.
Iteration and evaluation are part of any practical prompting workflow, so develop quick ways to test and score outputs. Keep a small checklist that maps to your quality criteria, for instance accuracy, completeness, format and tone, and use it when reviewing outputs from the model. Record variations that worked, and prefer concise, specific constraints over verbose prompts because shorter, clearer prompts are easier to standardise and automate. If you plan to integrate prompts into scripts or tools, turn your successful prompt into a parameterised template to ensure reproducible behaviour.
When you start to build prompts into automation or collaborative processes, think about handover and documentation so colleagues can reuse the patterns reliably. Write short guidance that explains the intent of each pattern, when to use it and the expected output format, and store that guidance near the code or workflow it supports. For further practical examples and deeper articles aimed at applying these approaches in workplace automation, see our AI & Automation label for posts that walk through real-world uses and template libraries using the same patterns, and adapt them to your context.
Finally, keep safety, privacy and practicality at the front of your approach to prompting patterns for practical work. Avoid asking for or sharing sensitive personal data in prompts, include checks for hallucination-prone results in critical applications, and prefer deterministic patterns for tasks that must be auditable. Start with a few core patterns, measure how they perform on the tasks you care about, and expand gradually so your use of AI becomes a steady productivity gain rather than a source of confusion or risk. For more builds and experiments, visit my main RC projects page.
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