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The Course encourages newcomers to programming to consider starting with the C programming language, emphasizing its suitability for beginners. It also suggests that individuals with experience in other languages can benefit from learning C and that those in low-paying programming roles can elevate their careers through C proficiency.

Learning C is not only a solid foundation for programming but also a means of improving one's skills in other programming languages, suggesting its versatile and valuable nature in the world of computer programming.

Why learn C programming language?

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The Course encourages newcomers to programming to consider starting with the C programming language, emphasizing its suitability for beginners. It also suggests that individuals with experience in other languages can benefit from learning C and that those in low-paying programming roles can elevate their careers through C proficiency.

Learning C is not only a solid foundation for programming but also a means of improving one's skills in other programming languages, suggesting its versatile and valuable nature in the world of computer programming.

Why learn C programming language?

This course highlights the significance of the C programming language, often regarded as the foundation for many others. Despite its simplicity, C remains one of the most powerful and enduring languages, consistently ranking among the top programming languages worldwide for over 40 years. Learning C provides a foundational mental model of computer operations, benefiting one's proficiency in languages like C++, Java, or C#. By delving into the inner workings of memory management and CPU architecture, you gain insights that enable you to create more efficient programs, giving you a competitive edge in the development field. Ultimately, mastering C serves as an excellent starting point for those aiming to enhance their programming skills and become more adept developers. Key points include:

  • C's foundational role in programming.

  • Its enduring popularity and power.

  • How learning C enhances proficiency in related languages.

  • The advantage of understanding low-level computer operations.

  • The value of C in becoming a better developer.

Why enrolling in this course?

Enrolling in this course is, without a doubt, one of the most valuable decisions you can make on your journey to programming proficiency. In an increasingly digital world, where coding skills are in high demand, this course opens doors to a world of opportunities. Whether you are a complete novice looking to kickstart your programming career or an experienced developer seeking to deepen your knowledge, this course offers something transformative for everyone. Here's why it's the best decision you can make:

  • Fundamental Knowledge: This course provides a solid foundation in the C Programming Language, a cornerstone of computer science, and the key to understanding many other modern languages.

  • Career Enhancement: By mastering C, you'll make yourself highly marketable for entry-level programming positions and gain a significant edge in a competitive job market.

  • Real World Application: You'll not only grasp the theory but also develop practical skills that can be immediately applied in real time programming scenarios.

  • Efficiency and Expertise: For those with prior C experience, this course deepens your understanding and efficiency as a developer, giving you the tools to write more robust and efficient code.

  • Continuous Improvement: The course's commitment to refining content based on student feedback ensures that your learning experience will always be relevant and up to date.

In today's technology driven landscape, this course is a game changer. It empowers you to build a strong foundation, advance your career, and stay at the forefront of the ever-evolving world of programming. It's not just a course; it's your pathway to success.

Enroll now

What's inside

Learning objectives

  • Learn the core programming language
  • Learn fundamentals of c programming language
  • Learn c language basic syntax
  • Learn operators
  • Learn c arrays
  • Learn c loops
  • Learn c functions
  • Learn code compilation process
  • Learn using command line

Syllabus

Introduction
Introduction of C
Run C Code
Hello World
Read more
Data Types
Arithmetic Operation
Comparison
Function
While Loop
For Loop
Input Variable
Array in C
String in C
If else If Condition
Repetition
Pointer
Operator
List

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Provides a solid foundation in C, which is often considered a gateway to understanding other programming languages like C++, Java, and C#
Covers the code compilation process, which is essential for understanding how code is transformed into executable programs and for troubleshooting compilation errors
Explores pointers, which are fundamental to C programming and provide a deeper understanding of memory management, enabling the development of efficient code
Teaches using the command line, which is a crucial skill for compiling and running C programs, and for interacting with the operating system
Focuses on fundamental concepts like data types, operators, loops, and functions, which are essential building blocks for any programming language
Emphasizes the enduring relevance of C, which has consistently ranked among the top programming languages worldwide for over 40 years, despite its simplicity

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Mastering C Language - C Programming For Beginners with these activities:
Review Basic Computer Architecture
Reinforce your understanding of how computers work at a low level. This will make C's memory management and pointer concepts easier to grasp.
Browse courses on Memory Management
Show steps
  • Read articles or watch videos explaining CPU, memory, and storage.
  • Take a short quiz to test your understanding.
Review 'Head First C'
Use a more visual and beginner-friendly book to reinforce concepts. This book can help solidify your understanding through a different learning style.
Show steps
  • Read chapters that align with the course's current topics.
  • Complete the exercises and activities in the book.
Practice Array and Pointer Exercises
Solidify your understanding of arrays and pointers through targeted exercises. This will improve your ability to write efficient and bug-free C code.
Show steps
  • Find online C exercises focusing on arrays and pointers.
  • Work through the exercises, paying attention to memory management.
  • Review solutions and explanations for incorrect answers.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Read 'C Programming Language' by Kernighan and Ritchie
Supplement your learning with the classic C programming reference. This book provides a deeper understanding of the language's core concepts.
Show steps
  • Read the relevant chapters corresponding to the course syllabus.
  • Work through the examples and exercises in the book.
Create a C Cheat Sheet
Compile a cheat sheet of C syntax, operators, and common functions. This will serve as a handy reference and reinforce your understanding of the language.
Show steps
  • Review the course materials and identify key concepts.
  • Organize the information into a concise and easy-to-read format.
  • Include examples and explanations for each concept.
Build a Simple Command-Line Calculator
Apply your C knowledge by building a practical command-line calculator. This will reinforce your understanding of data types, operators, and input/output.
Show steps
  • Plan the calculator's functionality and user interface.
  • Write C code to handle input, calculations, and output.
  • Test the calculator thoroughly with various inputs.
  • Refactor the code for readability and efficiency.
Contribute to a Simple C Project on GitHub
Gain practical experience by contributing to an open-source C project. This will expose you to real-world coding practices and collaboration.
Show steps
  • Find a small, beginner-friendly C project on GitHub.
  • Read the project's documentation and contribution guidelines.
  • Identify a small bug or feature to work on.
  • Submit a pull request with your changes.

Career center

Learners who complete Mastering C Language - C Programming For Beginners will develop knowledge and skills that may be useful to these careers:
Embedded Systems Engineer
An embedded systems engineer designs, develops, and tests software for devices that are not general-purpose computers. This role often involves working directly with hardware and requires a deep understanding of low-level programming concepts, making the C language an indispensable tool. This course, focused on the fundamentals of C, helps build a foundation in the language. It introduces the core programming concepts, data types, and control structures necessary for programming embedded systems. The course also covers memory management and CPU architecture, which are vital for efficiency in embedded programming, directly supporting the practical skills embedded engineers need.
Systems Programmer
A systems programmer works on the core software components of a computer system, like operating systems or device drivers, requiring a deep level of interaction with hardware and a firm grasp of programming concepts at a lower level. The C language, being the foundation for many operating systems, is essential for this work. This course introduces the fundamental concepts of C, including memory management, and low-level operation, which are necessary for working on systems programming. The course not only provides a robust introduction to C but also helps build the foundational knowledge of computer operations, which gives systems programmers a competitive advantage.
Firmware Engineer
A firmware engineer develops the low-level software that controls hardware devices, requiring a deep understanding of how software interfaces with hardware. C is a fundamental language in firmware development, providing the control needed for direct hardware interaction. This C language course helps build a foundation in C, covering fundamental concepts and memory management, which firmware engineers need daily. The course helps refine the necessary skills needed to write efficient and effective programs, making it a useful starting point for those looking to become a firmware engineer.
Operating Systems Developer
Operating systems developers design and implement the core software that manages computer hardware and software resources. This field relies heavily on C, as most operating systems, or parts of them, are written in C. Gaining proficiency in with this C programming course will help an aspiring operating systems developer learn the fundamentals necessary for the field. Understanding the concepts introduced in this course will help in operating system tasks, which often require low-level programming and an understanding of memory management.
Compiler Engineer
A compiler engineer is responsible for creating and maintaining the tools that translate programming languages into machine code, playing a crucial role in software development. Because C is so foundational to computer science, the C language is essential for a compiler engineer, especially when dealing with low-level code generation. Therefore, this course, which introduces C and covers memory management, will help a future compiler engineer, as a deep understanding of C is invaluable. This course helps build understanding of core concepts that are needed for this role.
Game Developer
A game developer is involved in the creation of video games, contributing to various aspects such as game logic, engine design, or graphics programming. The C language provides a solid foundation for game development, especially in areas like game engine programming, where performance and direct hardware interaction are crucial. This course introduces C fundamentals and helps develop a foundational understanding of how to build software through programming. It may be particularly helpful in working with game engines as well as the lower-level aspects required to optimize game performance. Therefore, this course is a solid starting point for those who aspire to work as game developers.
Robotics Engineer
A robotics engineer designs, builds, and tests robots, often involving programming at a low level to control hardware components. The C language is important because it provides the necessary for low level hardware interaction. This course helps build a foundation in C, emphasizing its relevance in understanding memory management and CPU architecture. A robotics engineer will often need to work with embedded systems and C programming is invaluable for the field. This course will provide a strong basis to start a career as a robotics engineer.
Software Developer
A software developer is responsible for designing, developing, and testing software applications. The C language course is useful to those pursuing a career as a software developer because it provides a solid foundation of programming principles. It helps build an understanding of core programming concepts, data structures, and low-level computer operations. Knowledge of C helps develop a mental model of how computers operate, which enhances one's ability to write more efficient code in other languages, so professionals could find C to be a useful language to learn.
Database Developer
Database developers design, implement, and maintain databases. While not always the primary language, C is often used when developing high-performance database systems. This course on C may be useful for database development, particularly within the low-level, performance critical aspects of data management. While not a direct requirement, the course in C gives the foundational knowledge to optimize data related operations. This course may be helpful for a database developer because it is one of the fundamental languages in the computer science domain.
Network Engineer
A network engineer is responsible for designing, implementing, and managing computer networks. While network engineers do not always use C directly, the knowledge of the language is useful for network programming. The course covering the fundamentals of C may be helpful to a network engineer as it introduces basic concepts related to memory management and computer operation. Because understanding the principles of C helps understand the underpinnings of networking protocols and operating systems, this course might be of interest to those interested in network development.
Software Architect
A software architect designs the high-level structure of software systems, making key decisions about technology choices and system design. This role requires an understanding of programming principles and system performance, where C knowledge is useful. While not used daily, understanding C may help in architecture decisions with a deeper knowledge of how software works at lower levels. The C programming course provides useful foundational knowledge, which may be helpful for a software architect when making key technical decisions. Therefore, this course may be a good supplement to a software architect's knowledge base.
Data Scientist
A data scientist analyzes complex data sets to derive insights and develop models, often using statistical methods and programming. While C is not the typical language of choice for data science, understanding its principles can be useful in optimizing performance and understanding the inner workings of computing. This course on C might provide a foundational understanding of programming and computer operations, useful for data scientists who need to work with low-level code or performance critical tasks. This course may help data scientists seeking more of a fundamental understanding of computing.
Technical Lead
A technical lead often guides a team of developers and is responsible for technical decisions and project management. A basic understanding of low level programming can help a technical lead in a more managerial role, although they may not be programmers on a day to day basis. This C programming course helps build a basic foundation of programming. Thus, this course may be useful for a technical lead in giving them a deeper knowledge of the tools used by their team.
IT Manager
An IT manager oversees the technology infrastructure and IT operations of an organization, focusing on strategy, budgeting, and resource management. While an IT manager may not be directly involved in coding, understanding the underlying technology of C may be useful. The C programming course could help an IT manager gain insight into the more technical aspects of development. Therefore, this course may be a good supplement to their knowledge.
Technical Writer
A technical writer creates documentation for software, hardware, and other technical products, explaining complex information in a clear and understandable way. Technical writers do not need to code, however, those who are more knowledgeable of programming may be better at writing documentation for engineers. This course on C may be useful for a technical writer in that they may be able to better contextualize and describe the systems in which C is used. Therefore, this course may be helpful to a technical writer.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Mastering C Language - C Programming For Beginners.
This book, often referred to as K&R, is the definitive guide to the C programming language. It provides a concise and thorough explanation of C's features and syntax. It is commonly used as a textbook in university courses. Reading this book will give you a deeper understanding of the language and its underlying principles.
Uses a visual and engaging approach to teach C programming. It is particularly helpful for beginners who prefer a more interactive learning experience. It covers the fundamentals of C in a clear and concise manner. This book is more valuable as additional reading than as a current reference.

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