Claude Code for Real Engineers is a 84-lesson 9 hours 31 minutes self-paced course by Matt Pocock. AI changes fast .
Course facts
Lessons
84
Duration
9 hours 31 minutes
Level
All levels
Language
English
Updated
Instructor
Matt Pocock
Price
Premium
AI changes fast. New tools appear each week, and it can be hard to know what skills matter. You may hear bold claims about the future of coding, but you need clear methods and practical skills that help you build real systems.
Why AI work is hard
You can build a small AI demo with a prompt and a few API calls. Real products are different. You must handle unstable output, data leaks, model errors, and weak user flows. These issues show that good AI work is an engineering job, not a quick hack.
This course teaches you how to build stable AI features. You learn how to think like an AI engineer and ship tools that users can trust.
What you learn
You explore core skills used in modern AI products. Each topic has clear examples and code tasks that you can apply at work.
Prompt engineering
Evals
Observability
Tracing
RAG systems
AI agents
You do not need to study model training or GPU setup. You use strong existing models and focus on how to build useful apps around them.
How the course works
You follow a clear path with small coding tasks and real engineering cases. You use Claude Code from the first lesson and build up a full workflow over time.
The course runs in a cohort format. You learn with others, share ideas, and discuss your code. New short lessons and coding tasks appear each week. You also join live Office Hours to ask questions and review hard parts.
Who this course is for
This course suits engineers who want to build AI systems, not just watch demos. If you want to ship real features and understand how to work with modern models, this path is for you.
Claude Code for real engineers.
Who teaches Claude Code for Real Engineers? Matt Pocock
Matt Pocock is a UK-based developer and the founder of Total TypeScript — one of the most authoritative paid course platforms on the TypeScript language. He was previously a developer-experience engineer at Vercel and is widely cited as one of the clearest teachers of TypeScript's deeper type-system patterns. His Twitter / X presence is one of the largest single-language educational accounts in the JavaScript ecosystem.
His CourseFlix listing carries four Matt Pocock courses: Total TypeScript — Professional TypeScript Training (the platform's flagship comprehensive course), TypeScript Pro Essentials, AI SDK v5 Crash Course, and Build Your Own AI Personal Assistant in TypeScript. The TypeScript material is taught at the level of a working senior engineer who routinely uses the type system as a design tool, not just type annotations.
Material is paid; Total TypeScript runs on per-course pricing on the original platform. Courses are aimed at intermediate-and-up TypeScript developers.
What lessons are included in Claude Code for Real Engineers?
This is a demo lesson (10:00 remaining)
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Frequently asked questions
What prerequisites are needed to enroll in the course?
The course is designed for engineers who are interested in building AI systems. Participants should have a foundational understanding of coding and software development principles. Familiarity with basic programming concepts and tools, such as using an IDE and running bash commands, will be beneficial. Prior experience with AI is not required as the course focuses on using existing models rather than training new ones.
What practical skills will I develop in this course?
You will learn core skills essential for modern AI product development, including prompt engineering, evaluations (evals), observability, tracing, Retrieval-Augmented Generation (RAG) systems, and working with AI agents. These skills are taught through practical examples and coding tasks that apply directly to real-world scenarios, enhancing your capability to build reliable and user-friendly AI applications.
How is this course structured compared to other AI courses?
Unlike many AI courses that focus on theoretical knowledge or model training, this course emphasizes practical engineering skills needed to build stable AI features. It adopts a hands-on approach with a series of small coding tasks and real engineering cases. The cohort format allows for collaborative learning through shared ideas and live Office Hours, distinguishing it from self-paced, isolated learning experiences.
Which specific tools or platforms are used throughout the course?
The course centers around the use of Claude Code, an AI coding tool. You will engage with various tools and concepts such as the IDE for code integration, bash commands for terminal operations, and specific workflows like Plan Execute Clear Loop and Multi Phase Plans. These tools support the development of AI systems through structured guidance and practical applications.
What topics are not covered in this course?
This course does not delve into model training or GPU setup. It focuses on applying strong existing AI models to build applications, rather than creating new models from scratch. As such, participants will work with pre-existing models and concentrate on the engineering aspects of integrating AI into functional systems.
How much time should I expect to commit to this course?
The course consists of 84 lessons, with new lessons and coding tasks released each week. Participants are expected to engage with these tasks and participate in live Office Hours for discussions and queries. The time commitment will vary based on individual pace, but consistent weekly engagement will be necessary to fully benefit from the course content and collaborative learning opportunities.
How will the skills learned in this course benefit my career?
The practical engineering skills acquired in this course, such as prompt engineering, observability, and working with AI agents, are highly relevant to the current AI job market. These skills are transferable across various AI product development roles, enhancing your ability to build robust and user-friendly AI applications, thereby broadening career opportunities in the emerging field of AI engineering.