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    Advanced ImplementationsPrompt Engineering

    Task Decomposition

    This tutorial explores the concept of task decomposition in prompt engineering, focusing on techniques for breaking down complex tasks and chaining subtasks in prompts. These techniques are essential for effectively leveraging large language models to solve multi-step problems and perform complex reasoning tasks.

    As AI language models become more advanced, they are increasingly capable of handling complex tasks. However, these models often perform better when given clear, step-by-step instructions. Task decomposition is a powerful technique that allows us to break down complex problems into smaller, more manageable subtasks. This approach not only improves the model's performance but also enhances the interpretability and reliability of the results.

    What you'll learn

    • 1
      Breaking Down Complex Tasks: Techniques for analyzing and dividing complex problems into simpler subtasks.
    • 2
      Chaining Subtasks: Methods for sequentially connecting multiple subtasks to solve a larger problem.
    • 3
      Prompt Design for Subtasks: Crafting effective prompts for each decomposed subtask.
    • 4
      Result Integration: Combining the outputs from individual subtasks to form a comprehensive solution.

    About this tutorial

    This hands-on Jupyter notebook is part of Prompt Engineering, a free open-source repository by Nir Diamant covering prompt engineering techniques with runnable code examples and detailed explanations.

    Free and open-sourceRunnable Jupyter notebookActive community support
    Go deeper · By the bestselling author of RAG Made Simple

    Prompt Engineering: Zero to Hero

    The expanded book version of this repo: 22 prompt-engineering techniques explained in depth, with hands-on exercises that take you from fundamentals to advanced steering.

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