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Claude Code Masterclass: Ship Real Code with AI

Install Claude Code and master the Plan → Implement → Test → Review → Commit loop: Best-of-N, testing, git, MCP, hooks & skills.

The instructor has published 100% of this course.Last updated on 2026-06-04

Use Claude Code to build, test, and ship one small feature end-to-end —> directing the agent through the full Plan → Implement → Test → Review → Commit loop — and post your commit history and self-review as your project.

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About

About

About the Course

Stop treating AI like a magic autocomplete and start using it like a sharp

junior engineer who sits next to you — one you direct, review, and hold

accountable. The Claude Code Masterclass teaches you the exact workflow

professional developers use to ship real, tested code with Anthropic's

Claude Code, the agentic command-line coding tool.

You'll begin by installing and configuring Claude Code on macOS, Linux, or

Windows (WSL2), then internalize the single loop that runs through every

module: Plan → Implement → Test → Review → Commit. From there, each

hands-on module builds a piece of a real project so the techniques stick.

What you'll practice, live, in the terminal:

- Prompting that reads like a well-written ticket, not a wish.

- CLAUDE.md brain files so Claude follows your project's conventions.

- Best-of-N — generate independent candidates, score them on a rubric,

and ship the winner with evidence instead of a gut feeling.

- Testing & debugging — generate honest test suites and use the "stranger's PR" self-review prompt to make Claude find its own bugs.

- Git workflows — atomic commits, Conventional Commits, and pull requests written from the diff, never the prompt.

- Multimodal work, refactoring & docs, reusable skills, the GitHub MCP server, lifecycle hooks, and a production-readiness checklist.

Throughout, you stay the engineer of record — Claude proposes, you decide

what ships. You'll never let it push to main, and you'll never skip review.

By the end you'll own a repeatable, defensible AI coding workflow you can

take straight into your day job.

Whether you're a working developer adding AI to your toolkit or a learner

who wants to build software faster without sacrificing quality, this course

gives you the discipline and the muscle memory to do it right.

Instructor

About the Instructor

Luca Berton

Luca Berton is an Ansible Automation Expert who has been working with JPMorgan Chase & Co. and previously worked with the Red Hat Hat Ansible Engineer Team for three years. Published author of the Ansible for VMware by Examples and Ansible for Kubernetes by Examples best-seller of the Ansible By Example(s) practical book series and creator of the Ansible Pilot project. With more than 15 years of experience as a System Administrator, he has strong expertise in Infrastructure Hardening and Automation. Enthusiast of the Open Source supports the community, sharing his knowledge in different events of public access. Geek by nature, Linux by choice, Fedora, of course.

Leanpub Podcast

Episode 280

An Interview with Luca Berton

Material

Course Material

  • Claude Code Masterclass — Leanpub Course (Complete Manuscript)

  • Contents

  • Volume 1 — The Basics

  • Welcome & How This Course Works

  • How this works

  • Your instructor — Luca Berton

  • Before you start (~30 min)

  • What you’ll learn

  • Setup & the AI-First Mindset

  • Install

  • Verify & sign in

  • Anthropic & the Claude models

  • The AI coding loop

  • Claude Code is everywhere

  • Slash commands cheat sheet

  • Try it yourself

  • Hands-on exercise

  • Goal

  • Scenario

  • Starter instructions

  • Claude Code prompt to use

  • Build the deliverables

  • Manual validation steps

  • Expected deliverable

  • Definition of done

  • Stretch challenge

  • Troubleshooting

  • Solution

  • What a strong module-01/ contains

  • The verification check

  • Definition of done (mirror of the exercise)

  • Prompting Like a Tech Lead

  • The GCOE prompt

  • GCOE skeleton you can paste

  • Common mistakes

  • Worked example · Vague vs. GCOE

  • Try it yourself · CLI Task Manager

  • Hands-on exercise

  • Goal

  • Scenario

  • Starter instructions

  • Claude Code prompt to use

  • Manual validation steps

  • Expected deliverable

  • Definition of done

  • Stretch challenge

  • Troubleshooting

  • Solution

  • What to compare

  • Definition of done

  • CLAUDE.md Brain Files

  • CLAUDE.md is a behavior file

  • A lean CLAUDE.md (≤ 80 lines)

  • Common mistakes

  • Worked example · Before vs. after CLAUDE.md

  • Try it yourself · Author your CLAUDE.md

  • Hands-on exercise

  • Goal

  • Scenario

  • What you’ll do (overview)

  • Starter instructions

  • Claude Code prompt to use

  • Manual validation steps

  • Step 2 — Save and commit it

  • Step 3 — Prove Claude obeys it

  • Step 4 — Run the trim test

  • Step 5 — Validate

  • Expected deliverable

  • Definition of done

  • Stretch challenge

  • Troubleshooting

  • Solution

  • Worked example CLAUDE.md

  • Review checklist — common AI deviations

  • Worked proof of obedience

  • Definition of done

  • Quiz — The Basics

  • Volume 2 — Generating Better Code

  • Best-of-N

  • The technique

  • The 3-criterion scorecard

  • Common mistakes

  • Worked example · Three candidates, one winner

  • Try it yourself · Notes API, Best-of-3

  • Hands-on exercise

  • Goal

  • Scenario

  • Starter instructions

  • Step 1 — Pick a track and make the folders

  • Step 2 — Produce Candidate A

  • Step 3 — Produce Candidate B (independently)

  • Step 4 — Score and compare (see Manual validation steps)

  • Claude Code prompt to use

  • Manual validation steps

  • Step 4a — Smoke-test each candidate

  • Step 4b — Compare side-by-side

  • Step 4c — Ship the winner

  • Expected deliverable

  • Definition of done

  • Stretch challenge

  • Troubleshooting

  • Solution

  • What a good scoring.md looks like

  • Verification run (what “PASS” looks like)

  • Gotcha to catch in Review — the 404 body shape

  • Running it (environment note)

  • Definition of done

  • Testing & Debugging

  • Test, then self-review

  • The self-review prompt

  • Common mistakes

  • Worked example · Plant a bug, catch it

  • Try it yourself · Suite + 2 bugs + your rubric

  • Hands-on exercise

  • Goal

  • Scenario

  • Starter instructions

  • Claude Code prompt to use

  • Manual validation steps

  • Expected deliverable

  • Definition of done

  • Stretch challenge

  • Troubleshooting

  • Solution

  • What to compare

  • Review checklist — what a real Haiku run got wrong

  • Environment note

  • Code review rubric

  • Definition of done

  • Git Workflows for Safe AI Dev

  • Safe git for AI code

  • Bonus · @claude GitHub Action

  • Common mistakes

  • Worked example · Split commits, write the PR

  • Try it yourself · Branch → commits → PR

  • Hands-on exercise

  • Goal

  • Scenario

  • Starter instructions

  • Claude Code prompt to use

  • Manual validation steps

  • Expected deliverable

  • Definition of done

  • Stretch challenge

  • Troubleshooting

  • Solution

  • Reference branch shape

  • Reference pr.md shape

  • @claude GitHub Action (bonus)

  • Definition of done

  • Quiz — Generating Better Code

  • Volume 3 — Beyond Code

  • Multimodal: Screenshot to UI

  • Layout-first prompting

  • markitdown — any file → Markdown

  • Common mistakes

  • Worked example · Wireframe → running UI

  • Try it yourself · Dashboard from wireframe

  • Hands-on exercise

  • Goal

  • Scenario

  • Starter instructions

  • Claude Code prompt to use

  • Manual validation steps

  • Expected deliverable

  • Definition of done

  • Stretch challenge

  • Troubleshooting

  • Solution

  • Install

  • Run

  • Layout regions

  • Refactoring & Documentation at Scale

  • Constrained refactor + two-pass docs

  • constraints.md (write it first)

  • Common mistakes

  • Worked example · Bad vs. constrained refactor

  • Try it yourself · Refactor + handoff docs

  • Hands-on exercise

  • Goal

  • Scenario

  • Starter instructions

  • Claude Code prompt to use

  • Manual validation steps

  • Expected deliverable

  • Definition of done

  • Stretch challenge

  • Troubleshooting

  • Solution

  • Run the tests

  • Reference HANDOFF and ARCHITECTURE

  • Reference code

  • Skills & Workflows

  • Four pillars of agentic engineering

  • Hooks & MCP at a glance

  • Multi-agent & common mistakes

  • Worked example · Author a Skill in 4 minutes

  • Try it yourself · Author a reusable Skill

  • Hands-on exercise

  • Goal

  • Scenario

  • Starter instructions

  • Claude Code prompt to use

  • Manual validation steps

  • Expected deliverable

  • Definition of done

  • Stretch challenge

  • Troubleshooting

  • Solution

  • Reference SKILL.md (skeleton — your Body must be project-agnostic)

  • Reference hook-fired.md (what proof looks like)

  • Reference mcp-run.md (5-line brief + result)

  • Multi-agent fan-out (stretch)

  • Definition of done

  • Appendix A — Skills Library

  • What’s a skill, again?

  • The 10 skills

  • Install

  • Quiz — Beyond Code

  • Volume 4 — Automation & Production

  • MCP: Connect GitHub

  • What MCP is

  • Step 1 · Create a PAT & store it safely

  • Step 2 · Register the GitHub MCP server

  • Step 3 · Open an issue from a bug report

  • Recap

  • Hooks

  • What a hook is

  • Step 1 · Write the hook script

  • Step 2 · Wire it into settings

  • Step 3 · Make a sloppy edit & watch it fire

  • Hooks: choose the event

  • Recap

  • Production Readiness

  • Five axes + a verdict

  • Overeager agents

  • Common mistakes

  • Worked example · Score the Notes API

  • Try it yourself · Production Readiness Report

  • Hands-on exercise

  • Goal

  • Scenario

  • Starter instructions

  • Claude Code prompt to use

  • Manual validation steps

  • Expected deliverable

  • Definition of done

  • Stretch challenge

  • Troubleshooting

  • Solution

  • Reference readiness-report.md (against Module 4 FastAPI service)

  • How the release-readiness skill was used

  • Hooks that would have caught the blockers earlier

  • Definition of done

  • Q&A & Next Steps

  • Three frameworks you keep

  • The five most common mistakes

  • Three prompting anti-patterns

  • Worked example · “Fix it” loop vs. precise prompt

  • Keep an eye on

  • Try it yourself · The Monday sentence

  • Quiz — Automation & Production

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