Introduction to Loop Engineering
Published 7/2026
Created by Yash Thakker
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English | Duration: 8 Lectures ( 46m ) | Size: 649.1 MB
Understand how AI agents think, act, and self-correct using ReAct loops, memory, and guardrails
What you'll learn
Explain what an agentic loop is and how it turns a basic chatbot into an AI agent that can reason, act, and self-correct. Identify the four core loop types - ReAct, reflection, tool-use, and multi-agent - and recognise which one fits a given task. Use Claude Code's /loop command inside Cursor to run a real agentic loop and observe the think-act-observe cycle live. Apply loop termination strategies - iteration caps, no-progress detection, and graceful partial outputs - to prevent runaway agents. Diagnose the three most common loop failure modes - infinite loops, hallucination loops, and token blowup - and apply fixes. Add basic short-term and long-term memory to an agent loop so it retains context within a session and across conversations. Design simple input, output, and action guardrails that make an agent loop safe before moving it beyond a demo environment. Compare Claude Code, LangGraph, CrewAI, and AutoGen as loop environments and explain what each one handles differently.Requirements
Basic understanding of Claude Code, and Cursor or any IDE would be helpfulDescription
What if you could look inside an AI agent and see exactly how it thinks?
Most people use AI tools every day - but very few understand what's actually happening underneath. When an AI agent browses the web, writes and fixes code, or answers a customer support ticket end to end, it isn't doing any of that in a single shot. It's running aloop - thinking, acting, observing the result, and going again. That loop is the engine inside every AI agent you've ever heard of.
This course teaches you that engine from the ground up.
Introduction to Loop Engineering is a focused, beginner-friendly one-hour course built for people who have never studied AI formally but want to genuinely understand how modern AI agents work - not at a surface level, but at the level of the actual mechanics. By the end, you'll be able to look at any AI agent demo or job Description and understand what's going on under the hood. You'll also be able to build a simple working agent loop yourself, step by step, with no prior coding experience assumed.
Why loop engineering, and why now?
The AI skill landscape has shifted fast. In 2022, the hot skill was writing better prompts. By 2024 it became feeding models better context. In 2026, the real frontier isloop engineering - designing the cycle the AI runs inside. As Boris Cherny, who leads the Claude Code team at Anthropic, put it: "I don't prompt Claude anymore. I have loops running that prompt Claude. My job is to write loops." This course gets you fluent in that new language before it becomes a hiring prerequisite.
What you'll actually learn
We start with the most fundamental question: whatis a loop in an AI context? You'll learn the core think-act-observe cycle that underpins every AI agent - from simple customer support bots to multi-step coding agents that write, test, and fix their own code. We use everyday analogies before we touch a single line of code, so the concept lands before the implementation does.
From there you'll explore the four loop patterns that show up in real production systems. TheReAct loop - short for Reason and Act - is the foundational pattern, backed by peer-reviewed research from Princeton and Google, and it's the architecture behind most of the AI agents you interact with today. Thereflection loop lets an agent critique and improve its own output before handing it back to you. Thetool-use loop is where the real-world power comes from - the agent calls external tools like web search, calculators, or databases and updates its reasoning based on what it finds. And themulti-agent loop introduces teams of specialist agents working together, with one orchestrating the others.
We then walk through three concrete business use cases - customer support agents, coding agents, and research agents - with real statistics and honest caveats about where the technology delivers and where it still struggles. You'll leave this section with a grounded, realistic view of what loops can and can't do today.
The hands-on section
At the halfway point we move into building. You'll walk through a complete beginner-level ReAct loop - every line explained in plain English, no assumptions made. Then we bring it to life in a real environment: you'll see Claude Code's /loop command running inside Cursor, the popular AI-native code editor. This is not a demo - it's a working loop you can watch execute in real time, with the agent reasoning, calling tools, and deciding when to stop. You'll see exactly what happens at each step, what the agent "sees," and how the loop terminates. No prior Cursor or Claude Code experience is needed - we walk through the setup from scratch and keep the focus on understanding the loop mechanics, not the tooling.
Loop failures and how to prevent them
This is the section most beginner courses skip - and it's where real reliability comes from. You'll learn the three failure modes that hit almost every agentic loop eventually: the infinite loop, the hallucination loop, and token blowup. Each one is explained with a real-world example and a concrete fix. The five-fix checklist you'll leave with - hard iteration caps, no-progress detection, token budgets, context summarisation, and grounded self-checks - is the difference between an agent that embarrasses you in a demo and one that works reliably in the field.
Termination, memory, and guardrails
You'll also learn how to stop a loop the right way - because stopping gracefully is just as important as starting well. The course covers all five ways a loop should be able to exit: goal achieved, max iterations reached, budget exhausted, no progress detected, and escalation to a human. You'll learn how to design memory into your loops - both the short-term scratchpad that keeps context within a task and the long-term store that persists across sessions. And you'll learn the three-layer guardrail model - input guardrails, output guardrails, and action guardrails - that turns a prototype into something you'd actually trust.
Where the field is heading
The course closes with a clear-eyed look at two trends defining the next wave: multi-agent orchestration and loop observability. You'll understand why Gartner recorded a 1,445% surge in enterprise enquiries about multi-agent systems between Q1 2024 and Q2 2025, what frameworks like LangGraph, CrewAI, AutoGen, and the OpenAI Agents SDK are actually for, and why "cost per task" is replacing "cost per token" as the metric that matters. You'll finish knowing exactly where to go next.
Who this course is for
Complete beginners curious about AI agents who want to understand how they actually work - with zero programming or ML background required. Product managers, founders, and no-code builders who use AI tools daily and want a clear mental model of how agent loops are designed. Developers new to AI who know basic Python but have never built an agent and want a structured, jargon-free starting point. Cursor or Claude Code users who run AI-assisted workflows and want to understand the loop mechanics powering those tools under the hood.Homepage
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