The Complete C Programming Bootcamp from Udemy

Welcome to The Complete C Programming Bootcamp, the only course you need to become a skilled C developer. It doesn't matter if you are an absolute beginner or come from technologies like python or javascript. Together we will walk the path that will make you a pro in a language that is the foundation of modern computer science.

C is the most natural language when you learn to think the way a computer thinks. By learning C, you connect with everything that happens under the hood in your system. C is the key to developing performance-critical solutions, and this course is the key to exploring every detail of this programming language.

With Byte Garage, you will learn everything you need to become a true professional. We don't just scratch the surface. You will discover all the background, good practices, and things you need to pay special attention to with us.

This is a brand new course, coming from a brand new team. Here some topics you will learn:

Data Types and Variables
Operators
Control Flow
Functions
Debugging
Pointers
Arrays
Strings
Dynamic Memory Allocation
Structures
Unions
Preprocessor and Macros
File Input and Output
Modular Programming

This course is particularly suitable for:

complete beginners who want to learn programming in C
who want to learn programming closely with bare metal
who wants to work on the firmware of embedded systems and microcontrollers
who wants to work on high performance, high load, real-time software
programmers who come from high-level languages curious to find out what happens under the hood

What's inside

Learning objectives

Be able to create professional c programs with visual studio code.
Take on many challenges to create a portfolio of c projects.
Master the use of pointers.
Understand macros and the preprocessor.

Be able to use c language to program firmware for embedded systems.
Master the best technology to develop performance-critical applications.
Work in system programming or in real-time programming.
Learn professional developer best practices.

Be able to create professional c programs with visual studio code.
Take on many challenges to create a portfolio of c projects.
Master the use of pointers.
Understand macros and the preprocessor.
Be able to use c language to program firmware for embedded systems.
Master the best technology to develop performance-critical applications.
Work in system programming or in real-time programming.
Learn professional developer best practices.

Syllabus

Kickstart Your C Programming Skills

What You Get With This Course

Welcome to the Course

Get Started With C Programming

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Starts with the fundamentals of C programming, such as data types, operators, and control flow, which builds a strong foundation for novice programmers

Explores what happens under the hood, which can be insightful for programmers familiar with high-level languages like Python or JavaScript

Covers topics like pointers, dynamic memory allocation, and bit manipulation, which are essential for low-level programming and interacting with hardware

Teaches how to program firmware for embedded systems, which is a valuable skill for those interested in working with microcontrollers and IoT devices

Focuses on developing performance-critical applications, which is beneficial for those aiming to work on high-performance, high-load, or real-time software systems

Requires Visual Studio Code, which may require learners to configure build tasks and workspace templates, which may be challenging for complete beginners

Reviews summary

Foundational c skills with practical focus

According to learners, this is a highly effective and clear introduction to C programming, praised for being beginner-friendly and strong on fundamentals. Students frequently commend the instructor's explanations, particularly for complex areas like pointers and memory. The practical coding challenges and detailed VS Code setup are highlighted as valuable learning tools. While providing a solid foundation, some note that depth on specific advanced topics or embedded applications might require additional study. Overall, it's a well-regarded bootcamp for mastering C essentials.

Guidance on VS Code setup is helpful.

"The VS Code setup was seamless."

"The guidance on setting up Visual Studio Code is also appreciated for making it simple."

"The step-by-step approach to VS Code setup and running code was great."

Course is accessible for novices.

"...particularly well-suited for beginners or those new to lower-level languages..."

"Started with zero C knowledge and now feel confident tackling small projects."

"Instructor is engaging, explanations are top-notch, especially for beginners."

Practical challenges reinforce learning.

"The challenges were tough but really solidified my understanding."

"The hands-on coding challenges are frequently mentioned as valuable for practicing concepts..."

"Challenges are perfectly placed to test knowledge and build confidence."

Excellent coverage of pointers and memory.

"The sections on pointers and memory management are highlighted as particularly strong and easy to grasp."

"The lectures on pointers and memory allocation are excellent."

"Especially for complex areas like pointers and memory, I finally feel like I understand them."

Instructor explains concepts effectively.

"The instructor explains concepts like pointers and dynamic memory allocation with such clarity."

"Students frequently commend the instructor's effectiveness in explaining complex topics..."

"Instructor is engaging, explanations are top-notch, especially for beginners."

May need supplementary study for depth.

"...some of the later topics... felt a bit rushed compared to the early modules."

"...deeper dives into certain complex areas might require supplementary learning."

"...for professional roles... you'll likely need more specialized learning afterward."

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 The Complete C Programming Bootcamp with these activities:

Review Basic Computer Architecture

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Reinforce your understanding of how computers work at a low level. This will provide a solid foundation for understanding C's memory management and pointer concepts.

Browse courses on Computer Architecture

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Review the von Neumann architecture.
Study the basics of memory addressing.
Understand the role of the CPU and registers.

Explore 'The C Programming Language' (K&R)

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Consult the original C language reference for a deeper understanding. This book provides a concise and authoritative description of the language.

View C Programming Language, 2nd Edition on Amazon

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Obtain a copy of 'The C Programming Language' (K&R).
Read the relevant chapters on topics covered in the course.
Try the examples and exercises in the book.

Read 'C Programming: A Modern Approach'

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Supplement the course material with a comprehensive textbook. This will provide a deeper understanding of C concepts and best practices.

View C Programming: A Modern Approach, 2nd Edition on Amazon

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Obtain a copy of 'C Programming: A Modern Approach'.
Read the chapters corresponding to the course syllabus.
Work through the examples and exercises in the book.

Four other activities

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Develop a Simple Command-Line Utility

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Apply your C programming skills by building a practical command-line utility. This will give you experience with file I/O, string manipulation, and other essential C concepts.

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Choose a utility to implement (e.g., a simple text editor).
Design the program's functionality and user interface.
Write C code to implement the utility.
Test and debug your program thoroughly.

Implement Data Structures in C

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Practice implementing common data structures like linked lists, stacks, and queues using C. This will solidify your understanding of pointers and dynamic memory allocation.

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Choose a data structure to implement (e.g., linked list).
Write C code to create, insert, delete, and traverse elements.
Test your implementation thoroughly.

Write a Blog Post on Pointers in C

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Explain the concept of pointers in C in a clear and concise manner. This will help you solidify your understanding and improve your communication skills.

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Research and gather information about pointers.
Write a blog post explaining pointers with examples.
Edit and proofread your post.
Publish your blog post online.

Contribute to a C-Based Open Source Project

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Gain real-world experience by contributing to an open-source project written in C. This will expose you to coding standards, collaboration, and debugging in a professional environment.

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Find a C-based open-source project on GitHub or GitLab.
Read the project's documentation and coding guidelines.
Identify a bug or feature to work on.
Submit a pull request with your changes.

Career center

Learners who complete The Complete C Programming Bootcamp will develop knowledge and skills that may be useful to these careers:

Firmware Engineer

A Firmware Engineer specializes in writing low-level software that operates hardware devices. This career often involves working with microcontrollers and embedded systems. This course directly addresses the needs of a Firmware Engineer by teaching C, the language most used in firmware development. The material on pointers, data structures, and dynamic memory allocation are crucial skills for this role. The hands-on projects and emphasis on best practices, give one a real-world experience that helps one succeed as a Firmware Engineer. The course material also covers hardware-level programming.

See salaries and explore the career path for Firmware Engineer

Embedded Systems Engineer

An Embedded Systems Engineer develops and tests software for devices such as microcontrollers. This role focuses on programming directly with hardware, creating software that is efficient and reliable. This course is particularly relevant as it teaches C programming and emphasizes its use in firmware for embedded systems. The lessons on pointers, memory allocation, and modular programming are directly applicable to this field. The course prepares one well for the work of an Embedded Systems Engineer, allowing professionals already working in the field to gain deeper technical knowledge that can lead to career advancement.

See salaries and explore the career path for Embedded Systems Engineer

Real Time Software Developer

A Real Time Software Developer creates software that responds to events with strict timing requirements. This software is central to industrial control systems, robotics, and aerospace applications. This course helps prepare one for this role by focusing on C, which is frequently used in real-time systems due to its performance. The sections on data types, operators, control flow, and functions lay the groundwork for succeeding as a Real Time Software Developer. The course also emphasizes the type of low-level knowledge required in real-time development.

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Compiler Developer

A Compiler Developer works on the software that translates programming languages into machine code. This role requires a deep understanding of computer architecture, algorithms, and data structures. This course is particularly relevant to Compiler Developers, as a good knowledge of C is often necessary to work on compilers. The course’s coverage of pointers, memory management, and system programming makes it particularly helpful for one who wishes to pursue a career in compiler development. This is a highly technical role in computer science that often requires an advanced degree.

See salaries and explore the career path for Compiler Developer

Automotive Software Engineer

An Automotive Software Engineer develops software for vehicles, including engine control units, infotainment systems, and advanced driver-assistance systems. This work often involves coding with microcontrollers and real-time systems. As this course emphasizes C programming and its application in embedded systems, it is especially helpful for this role. The course's focus on memory management and hardware-level programming is particularly useful for an Automotive Software Engineer. This course may be useful for those looking to work in the automotive industry.

See salaries and explore the career path for Automotive Software Engineer

Systems Programmer

A Systems Programmer works on the core components of an operating system, including device drivers, file systems, and kernel modules. This role demands a strong grip of low-level programming concepts. This course helps build a foundation as it teaches C, which is fundamental for system-level programming. The content on pointers, memory management, and preprocessor directives is directly relevant to the work of a Systems Programmer. Because of its close relationship with the hardware, this course may be useful for a professional who wants to master systems programming.

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Robotics Software Engineer

A Robotics Software Engineer creates and tests the software that controls robots. This typically involves working with embedded systems, sensors, and actuators. This course’s emphasis on C programming, a common language for robotics, makes it particularly relevant. The lessons on pointers, dynamic memory allocation, and low-level programming are directly applicable to the work of a Robotics Software Engineer. The course may be helpful for one who needs to develop optimized and efficient software for robot applications.

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Device Driver Developer

A Device Driver Developer writes low-level software that enables communication between an operating system and hardware devices. This role demands a deep understanding of C, operating systems, and hardware interaction. This course's focus on C programming, particularly the sections on pointers, memory management, and preprocessor directives are beneficial for a Device Driver Developer. The ability to program and understand the interaction between hardware and software is critical for success in this role. This course may be useful for those looking to work at low levels with hardware.

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High Frequency Trading Software Developer

A High Frequency Trading Software Developer designs and develops programs for ultra-fast financial trading systems. This role requires a strong understanding of low-level programming, performance optimization, and real-time systems. This course is especially applicable as it teaches C, which is often used in high-performance trading systems. The sections on pointers, memory management, and optimized code development make the course particularly useful for this career. This work is often fast paced, and demands quick coding and attention to detail.

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Network Programming Engineer

A Network Programming Engineer develops software for network devices and infrastructure. This role requires expertise in low-level programming, network protocols, and performance optimization. As this course teaches C, a popular language for networking applications, it is especially useful. The course's emphasis on pointers, data structures, and file Input/Output are relevant skills for a Network Programming Engineer. The course may be useful for someone looking to work with networking and systems programming, as these are areas where C is often used.

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Performance Engineer

A Performance Engineer analyzes and optimizes software for maximum efficiency and speed. The role requires a complete understanding of low level language, memory management, and how applications interact with computer architecture. This course helps establish a foundation as C is the language frequently used when programming for performance. The lessons on pointers, dynamic memory allocation, and bit manipulation are particularly relevant for a Performance Engineer. This course may be useful for one who is seeking to optimize software at a low level.

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Operating Systems Developer

An Operating Systems Developer creates and maintains the core software that manages computer hardware and resources. This job demands deep knowledge of how computers function at a fundamental level. This course helps in building a foundation because it thoroughly covers C, the predominant language used in operating system development. The content on pointers, memory management, and system calls is directly applicable to the work of an Operating Systems Developer. A deep understanding of low-level programming is required for this role, and this course may be useful.

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Cryptographic Software Developer

A Cryptographic Software Developer designs, develops, and tests software that implements cryptographic algorithms. The role requires expertise in secure software development, as well as a mastery of low-level programming principles. This course's emphasis on C provides the necessary foundation, as the language is often used for cryptographic libraries. The lessons on pointers, bit manipulation, and memory management are particularly relevant for a Cryptographic Software Developer. This course may be useful for one who seeks to develop performant and secure code.

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Database Management Systems Developer

A Database Management Systems Developer works on the core technology that powers databases. The role requires a strong grasp of data structures, performance optimization, and low level computing. This course helps build a foundation as the language C is frequently used in this area. The lessons on pointers, dynamic memory allocation, and file input output, are especially helpful for a Database Management Systems Developer. Given its coverage of systems level programming, this course may be useful.

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Game Engine Developer

A Game Engine Developer designs and builds the core frameworks that power video games. This role requires expertise in performance optimization and low-level programming. The course’s focus on C is highly relevant as many game engines are written in this language. The topics on memory management, pointers, and data structures are particularly helpful for a Game Engine Developer. This course may be useful for one who seeks to work on the technical side of game development due to its focus on performance and foundational programming concepts.

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The Complete C Programming Bootcamp

What's inside

Learning objectives

Syllabus

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Reviews summary

Foundational c skills with practical focus

Activities

Career center

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