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This guide offers step-by-step instructions on how to write code that is readable, understandable, and maintainable, using examples to illustrate each step.

Quick Summary

Learn how to:

Understand the importance of good coding style and how it can contribute to software quality

Learn strategies for writing clean code that is easy to read, debug and maintain

Learn how to refactor existing code into a cleaner version with fewer bugs and better performance

Familiarise yourself with development tools that make it easier to maintain clean code

Discover best practices for debugging and testing your code to ensure it is of the highest quality.

Course length:

This course is designed to provide a comprehensive introduction to clean code principles. It features over 6.5 hours of on-demand video, 9 accompanying articles, and the ability to access the content on mobile devices and TVs. Additionally, closed captions are available for viewers with any kind of hearing impairment or language barrier, and once completed, a certificate of completion will be issued to recognize the student's efforts.

Best for:

Developers strive to create code that not only functions properly but is also readable, understandable, and maintainable.

Anyone who is dedicated to development and writing practical code.

About Maximilian Schwarzmüller

Experience as (Web) Developer

He has been continuously learning new programming skills and languages since the age of 12. He began creating websites at an early age for friends and for enjoyment. In addition to web development, he also delved into Python and other languages that are not exclusively used for web development. This passion has continued and led him to choose a career as a freelance web developer and consultant. The level of success and enjoyment he experiences in this job is significant and helps to maintain his passion.

He began his journey in web development on the backend, using languages such as PHP with Laravel, NodeJS, and Python. Over time, he also gained experience in frontend development, working with modern frameworks like React, Angular, and VueJS on various projects. He enjoys both worlds now.

He has experience in building full-stack applications and has obtained expertise in DevOps and cloud computing, as demonstrated by his numerous AWS certifications. He holds the top-level Solutions Architect Professional certification.

He studied Business Administration and holds a Master's degree, which allowed him to expand his knowledge as a self-taught developer. That allowed me to gain employment at a prominent strategy consultancy as well as a bank. During my time in this sector, I gained valuable experience and developed my skills, ultimately discovering my preference for development over other fields.

Experience as Instructor

As a self-taught professional, he possesses a deep understanding of the challenges and complexities involved in learning new languages or improving proficiency in ones already known. His background and experience help him to prioritize the most important concepts and topics. His track record of many 5-star rated courses and over 2,000,000 students on Udemy is a strong indication of my success.

He consistently received positive feedback, whether working as a development instructor or teaching Business Administration. The most rewarding experience is seeing individuals improve their employment, create successful web applications, secure impressive projects, or simply enjoy their hobbies with the assistance of my content.

Alongside Manuel Lorenz, they established Academind to provide a top-quality learning experience to over 2,000,000 students.

Inside the Clean Code

As a developer, it is expected that you are able to write code that functions properly.

Many developers write low-quality code, even if it is functional. There is a distinction between "working code" and "clean code."

This course instructs on writing clean code, which is designed to be easily comprehensible by both humans and computers.

This course will cover the definition of clean code and provide guidance on how to write clean code. Writing code in a clean manner makes it easier to read, understand, and maintain.

It is important for others, including your colleagues and your future self, to be able to understand your code, not just the computer.

In this course, we will cover the key aspects of clean code and address the common challenges (or "pain points") associated with it. You will gain an understanding of what constitutes bad code and learn effective strategies for transforming it into clean code.

You will learn about specific topics.

Properly and cleanly naming "things" (variables, properties, classes, functions, ...) is important.

Common pitfalls and mistakes to avoid when naming things.

There are various comments, some of which are negative.

Here are some constructive comments that you may want to include in your code.

The sentence "Code formatting - both horizontal and vertical formatting" should be written as "Code formatting includes both horizontal and vertical formatting."

This article discusses the concept of functions and methods for limiting the number of parameters they can have.

Learn how to write clean functions by focusing on one specific task.

Levels of abstraction are useful for dividing functions and maintaining their compactness.

This guide explains how to write functions that are DRY (Don't Repeat Yourself) and prevent any unexpected side effects.

One way to improve code readability is by avoiding complex control structures and organizing functionality into separate functions.

Using error handling and error management as an alternative to if-statements.

The distinction between objects and data containers/data structures and its potential significance.

The concept of cohesion and the importance of writing well-structured classes.

The Law of Demeter is an important principle for maintaining clean code.

This article explains the SOLID principles and their significance in writing clean code.

Much more!

This course consists of common patterns, best practices, principles, and rules related to writing clean code.

This course covers a wide range of concepts, rules, ideas, thoughts, and principles. By the end of the course, you will have a good understanding of what to consider when it comes to writing clean code.

This course does not cover design patterns or general patterns. It solely focuses on patterns, rules, and concepts that aid in writing clean code.

All the concepts and rules are supported by examples, code snippets, and demos. Additionally, this course offers numerous challenges to help you apply what you have learned, ensuring a comprehensive learning experience.

This course includes code examples in Python, JavaScript, and TypeScript, but prior knowledge of these languages is not required to fully benefit from the course. Furthermore, the course does not emphasize a particular programming style or paradigm, such as functional programming or object-oriented programming, but instead covers universal concepts and techniques.

What are the required prerequisites for the course?

Having a foundational understanding of programming, regardless of the language, is necessary.

No specific programming language or programming paradigm is required to follow along.

No previous experience with writing clean code is necessary.

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