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Loop Engineering for Beginners

Turn repeated follow-up prompts into a small loop with checks and clear stop conditions

开始学习
全部章节
6
Locale
English
课程类型
开放课程

Design a small loop for an AI task that requires repeated checks and revisions. Decide whether automation is worthwhile, define the goal, acceptance checks, and stop conditions, then run a low-risk task and review the results. No programming experience is required.

适合人群

  • People who use ChatGPT, Claude, or Codex but still have to supervise every round of revisions
  • People who need repeatable ways to organize content, process data, or check engineering work
  • First-time users of agents or automation who want to start with a low-risk task

解决的问题

  • After AI produces a first version, you still handle the checks, corrections, and follow-up prompts
  • The task repeats often, but you are unsure whether automation is worthwhile
  • You worry about endless retries, changes outside the allowed scope, or unsupported claims of completion
  • A reminder fixes the immediate problem, but the same failure recurs on the next task
  • 学完收获

    • Distinguish ordinary chat, an agent’s internal loop, and the outer loop that manages a task
    • Decide what to automate based on task frequency, ease of verification, risk, and cost
    • Define the trigger, goal, tools, evidence of completion, safety limits, and stop conditions
    • Choose the simplest suitable loop type, and explain what triggers each round and when it ends
    • Run a small, low-risk task, record each round, and explain why the work should continue or stop
    • Use failure records to identify the cause and decide what belongs in rules, tools, or tests

    课程亮点

    • Work through six lessons on choosing a task for a loop, designing the loop, running it, and reviewing the results
    • Compare when to use turn-based, goal-driven, scheduled, and proactive loops
    • Check understanding through flashcards, questions about your reasoning, and records of actual runs
    • Start with a narrow scope, a limited number of iterations, and human control

    全部章节

    6 个章节

    Lesson 1: Understand Loop Engineering

    Distinguish ordinary human-AI turns, an agent's internal Agent Loop, and outer Loop Engineering, then judge whether a multi-turn AI process has the essential conditions of a reliable loop.

    Lesson 2: Decide Whether a Loop Is Worth Building

    Use repetition frequency, clarity of acceptance, failure risk, and implementation cost to decide whether a real task is suitable, partly suitable, or unsuitable for a loop, and place the automation boundary on specific actions.

    Lesson 3: Design a Minimum Loop

    Rewrite a vague request as a minimum loop specification with an explicit trigger, goal, tools, verification, boundaries, and stop conditions, so every iteration advances from real evidence.

    Lesson 4: Choose a Suitable Loop Type

    Choose the smallest sufficient design among turn-based, goal-driven, scheduled, and proactive loops based on trigger style, lifecycle, verification conditions, and required control.

    Lesson 5: Run a Goal-Driven Loop Yourself

    Run a small, low-risk, finite goal-driven loop and use a baseline, iteration-by-iteration verification, and a completion report to prove why it continued and why it stopped.

    Lesson 6: Fix This Run and Improve the Next One

    Use loop evidence to locate a problem in the Prompt, Context, Harness, Loop, or implementation layer, then turn one failure into a correctly placed improvement that can be regression-tested.