Prompt Engineering Mastery
A deeper, practical course for anyone who wants prompting to stop being guesswork: repeatable frameworks, few-shot examples, chain-of-thought reasoning, structured output, and a system for testing and improving your own prompts.
1
units
11
lessons
22
practice questions
~165
minutes
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What you'll be able to do
Apply a repeatable framework to any prompt instead of writing from scratch each time
Use examples (few-shot prompting) to control tone, format and quality
Use step-by-step reasoning prompts to improve accuracy on harder tasks
Get predictable, structured output (like JSON) you can actually use in a workflow
Systematically test and improve a prompt instead of guessing
Apply all of this to real tasks: writing, coding help, data analysis and support
How it works
Read it, see it, practise it
Each lesson explains one topic clearly, shows worked examples, checks your understanding with quick questions and ends with a practical task you complete yourself.
Clear explanations
Step-by-step lessons in plain language
52 in this course
Worked examples
Real code and examples you can copy and run
17 in this course
Quick checks
Test your understanding as you go
11 in this course
Fill the blank
Recall the key commands and syntax
11 in this course
Hands-on workspace
A practical task at the end of every lesson
11 in this course
Syllabus
Everything you'll encounter
Why Prompt Engineering Is a Real Skill
If you've ever gotten a vague, generic, or slightly-wrong answer from AI, the model probably wasn't the problem — the prompt was. This lesson reframes what a prompt actually is and why getting good at writing them is worth real practice.
A Framework You Can Reuse on Any Prompt
Instead of reinventing a prompt from scratch every time, use the same repeatable checklist: Role, Task, Context, Format. This lesson builds and applies that framework on several real examples.
Showing, Not Just Telling: Examples & Step-by-Step Reasoning
Two techniques that dramatically improve harder tasks: giving the AI a few examples of exactly what you want (few-shot prompting), and asking it to reason step by step instead of jumping straight to an answer.
Getting Predictable, Structured Output
When you need an AI's answer to slot into a spreadsheet, a form, or another program, free-form prose isn't good enough. This lesson covers asking for — and reliably getting — structured formats like JSON, tables and fixed templates.
Iterating and Evaluating Your Prompts
Your first attempt at a prompt is rarely your best one. This lesson covers a simple process for testing, comparing, and systematically improving a prompt — instead of just retyping it and hoping.
Applying This at Work: Writing, Code, Data and Support
The final lesson: pulling every technique from this course together across four common, real jobs prompt engineering gets used for — so you leave with templates you can adapt immediately, not just theory.
Prompt Injection: Why It Matters When You Build With AI
The moment you build something on top of AI — a support bot, an internal tool, anything that feeds someone else's input into a prompt — a new problem appears: that input might not have your best interest in mind. This lesson covers prompt injection and how to defend against it.
Multi-Turn Conversation Design
Every example so far has been a single prompt, single response. Real usage is often a long back-and-forth — and keeping that conversation reliable over many turns is its own skill, distinct from writing any one individual prompt well.
Evaluating AI Output for Accuracy & Bias
Every lesson so far has focused on getting a BETTER response. This one covers the equally important skill of not automatically trusting whatever comes back, no matter how confident and well-formatted it sounds.
Building Reusable Prompt Templates
The iteration lesson mentioned saving a perfected prompt for reuse. This lesson goes further: designing that saved prompt as a genuine template, with clearly marked placeholders, so anyone can fill it in reliably — not just re-editing a block of text by hand each time.
Chaining Prompts for Multi-Step Workflows
The most powerful real-world AI workflows rarely rely on a single prompt. This capstone lesson covers chaining — using the output of one prompt as the input to the next — to break a complex task into focused, reliable stages.
Finish the course, earn a verifiable certificate
Complete every lesson to receive a Learnix certificate with a unique number anyone can verify online.