C Programming : A Comprehensive Theory Course from Udemy

"Mastering C Programming: A Comprehensive Theory Course" is an all-inclusive program designed to provide you with the knowledge and expertise necessary to become a proficient C programmer. Whether you are a novice without any prior programming experience or an experienced developer seeking to enhance your skills, this course is tailored to meet your requirements.

This course adopts a theory-based approach, laying a strong foundation in the principles and concepts that form the bedrock of the C programming language. Starting with an introduction to C, you will explore its historical significance and relevance in the programming world. We will guide you through the process of setting up your programming environment and acquainting you with popular Integrated Development Environments (IDEs) to ensure a seamless learning experience.

As you progress through the course, you will delve deeply into the fundamental building blocks of C programming. From variables and constants to data types and operators, you will develop a comprehensive understanding of how to effectively utilize these essential elements. Various input and output techniques will be explored, enabling you to manipulate data proficiently using C's powerful operators.

Flow control is a critical aspect of programming, and this course extensively covers it. You will learn how to employ if and else statements to make decisions in your code, create loops for repetitive tasks, and efficiently branch using switch case statements. Moreover, you will discover the potency of function-oriented programming and explore different types of functions, including recursive functions.

Arrays, pointers, and strings are indispensable components of C programming, and you will acquire the skills to leverage their capabilities. You will gain an understanding of multidimensional arrays and harness pointers for memory manipulation, thereby unlocking the full potential of these features. Additionally, you will explore structures and unions, enabling you to construct complex data structures within C.

To showcase your newfound skills, you will undertake a hands-on project focused on library management. This project will test your knowledge as you develop a functional system for book addition, deletion, and updates. Furthermore, you will learn how to perform file input/output operations and utilize standard libraries to augment your programs.

By the conclusion of this course, you will possess a profound comprehension of C programming and be equipped with the skills necessary to develop robust applications. Are you prepared to embark on your journey to becoming a C programming expert? Enroll now and seize the opportunity to master C programming.

What's inside

Learning objectives

Understand the fundamental concepts and principles of the c programming language.
Develop a solid understanding of variables, data types, and operators, enabling efficient manipulation of data in c.

Master the use of arrays, multidimensional arrays, and pointers for efficient memory management and manipulation of complex data structures and lot more.
Gain hands-on experience and build confidence in coding by implementing the concepts through practical exercises.

Understand the fundamental concepts and principles of the c programming language.
Develop a solid understanding of variables, data types, and operators, enabling efficient manipulation of data in c.
Master the use of arrays, multidimensional arrays, and pointers for efficient memory management and manipulation of complex data structures and lot more.
Gain hands-on experience and build confidence in coding by implementing the concepts through practical exercises.

Syllabus

Introduction

Environment & IDE setup

Variables & constants

Identifiers, keywords & variable declaration

Data types

This section introduces C programming, covering environment setup, variables, data types, input/output, and operators.

Input & output

Operators

Students learn conditional statements, loops, break and continue, switch case, and the goto statement.

If & else statements

Loop introduction

Loop continued (part-2)

Break & continue Statement

Switch case

Goto statement

This section covers function types, calling methods, recursion, and assignments related to functions.

Functions & types of functions

Function types

Methods of calling a function

Recursion

Functions assignment

Students learn about arrays, including declaration, initialization, and manipulation.

Array intro

Array question

Multidimensional array

2D array question

This section introduces pointers, their relationship with arrays, functions, and dynamic memory allocation.

Pointers intro

Pointers & arrays

Pointers & functions

Dynamic memory allocation

Students learn about strings, including manipulation using library functions.

Strings introduction

Strings & functions

This section covers structures, pointers to structures, and the difference between structures and unions.

Structure introduction (part-1)

Structure continued (part-2)

Structure & pointers and structure & functions

Union & difference between struct and union

Students learn file input/output operations.

File Input / Output Introduction (part-1)

File Input / Output continued (part-2)

This section covers standard library functions.

Standard Library Introduction (part-1)

Standard Library Continued (part-2)

Students work on a mini-project involving menu creation, book management functions, and accessing the project code on GitHub.

Mini Project Introduction

Main Menu

Add book function

Delete function

Update function & all available books function

GitHub link of the project code

Practice Set

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Begins with an introduction to C, guiding learners through setting up their programming environment and acquainting them with popular Integrated Development Environments, which ensures a seamless learning experience

Adopts a theory-based approach, laying a strong foundation in the principles and concepts that form the bedrock of the C programming language, which is ideal for learners with no prior experience

Covers file input/output operations and the use of standard libraries to augment programs, which are essential skills for developing robust applications

Includes a hands-on project focused on library management, testing knowledge through the development of a functional system for book addition, deletion, and updates, which builds confidence in coding

Explores structures and unions, enabling learners to construct complex data structures within C, which is a core skill for intermediate and advanced programmers

Teaches C programming using IDEs, but does not specify which IDEs, so learners may need to do additional research to determine which IDEs are most appropriate for them

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 C Programming : A Comprehensive Theory Course with these activities:

Review Basic Programming Concepts

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Reinforce your understanding of fundamental programming concepts like variables, data types, and control flow to prepare for the C-specific implementations.

Browse courses on Programming Fundamentals

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Review notes from any prior programming courses or tutorials.
Complete online quizzes or practice exercises on basic programming concepts.
Write simple programs in a language you are already familiar with to refresh your skills.

Read 'C Programming Absolute Beginner's Guide'

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Supplement the course material with a beginner-friendly guide to C programming, reinforcing fundamental concepts and providing additional examples.

View C Programming Absolute Beginner's Guide on Amazon

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Obtain a copy of 'C Programming Absolute Beginner's Guide'.
Read the first few chapters covering basic syntax, variables, and data types.
Try the example programs provided in the book.

Practice coding basic C programs

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Reinforce your understanding of C syntax and concepts by writing small programs that solve simple problems.

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Write a program to calculate the area of a rectangle.
Write a program to check if a number is even or odd.
Write a program to print the first N Fibonacci numbers.

Four other activities

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Show all seven activities

Create a C Programming Cheat Sheet

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Consolidate your knowledge by creating a cheat sheet that summarizes key C syntax, data types, and functions.

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Review your course notes and identify the most important concepts.
Organize the information into a clear and concise format.
Include examples of common C syntax and functions.

Develop a Simple Calculator Program in C

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Apply your C programming skills by building a calculator that performs basic arithmetic operations.

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Design the user interface for the calculator.
Implement functions for addition, subtraction, multiplication, and division.
Handle user input and perform calculations accordingly.
Test the calculator thoroughly to ensure accuracy.

Contribute to a C-based Open Source Project

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Enhance your C programming skills by contributing to an existing open-source project written in C.

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

Read 'The C Programming Language' by Kernighan and Ritchie

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Deepen your understanding of C by studying the classic reference book written by the language's creators.

View C Programming Language, 2nd Edition on Amazon

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

Career center

Learners who complete C Programming : A Comprehensive Theory Course will develop knowledge and skills that may be useful to these careers:

Embedded Systems Engineer

An Embedded Systems Engineer designs, develops, and tests low-level software that interacts directly with hardware. This role relies on a deep understanding of programming fundamentals using languages like C, and this comprehensive course helps build a solid foundation with its thorough coverage of data types, operators, memory management through pointers, and input/output techniques. The focus on structures and unions, along with understanding pointers, is crucial for working with hardware registers and memory-mapped peripherals. This course also provides critical knowledge of how to use standard libraries, which can be invaluable when developing embedded solutions.

See salaries and explore the career path for Embedded Systems Engineer

Firmware Engineer

A Firmware Engineer writes the low-level code that runs on embedded devices, often interacting directly with hardware. They need strong C programming skills, and this course helps build a strong foundation, due to its detailed coverage of variables, data types, operators, and flow control. The course specifically focuses on memory management using pointers, which is critical in a memory-constrained environment, is very valuable for any Firmware Engineer, and the knowledge gained from this course is directly applicable to programming microcontrollers and hardware interfaces. Furthermore, the lessons about using standard libraries assist in code re-usability.

See salaries and explore the career path for Firmware Engineer

Real-Time Systems Programmer

A Real Time Systems Programmer develops code for systems that must respond to inputs within strict time constraints such as those found in industrial automation or aerospace. They use C because of its direct access to hardware. This course helps build a strong foundation in C programming with its focus on low level programming concepts such as memory management through pointers. Also, the importance of data structures, functions, and file input/output is also covered. A real time programmer will need the material presented in this course.

See salaries and explore the career path for Real-Time Systems Programmer

Systems Programmer

A Systems Programmer works on the core components of operating systems, device drivers, and other low-level software. This position requires advanced programming knowledge in C, which is often used in systems-level work, and this course provides an in-depth understanding of the C programming language. The course’s focus on pointers, memory management, flow control, and file I/O operations, will be very useful, helping a Systems Programmer write efficient and reliable code. The exploration of standard libraries is critical to mastering the tools for system programming. The hands-on project related to library management provides relevant experience and demonstrates how these skills translate into solving practical problems.

See salaries and explore the career path for Systems Programmer

High Performance Computing Programmer

A High Performance Computing Programmer focuses on optimizing code to run efficiently on supercomputers. This role often requires a strong background in C, the focus of this comprehensive course. The course's detailed coverage of pointers and memory management using pointers and the knowledge of arrays, data structures, and control flow helps an individual to write low-level, highly efficient code. Moreover, the course’s emphasis on practical application, including library management, can help with implementing parallel computing algorithms.

See salaries and explore the career path for High Performance Computing Programmer

Game Programmer

A Game Programmer develops the underlying logic and systems that power video games. They often need to work with low-level systems, especially when creating game engines, and C is a common language in this industry, particularly for performance-intensive operations. This course's extensive focus on memory management, data structures, and control flow, all crucial for efficient game development, helps prepare an individual for this role. The course, emphasizing arrays, pointers, and functions, equips aspiring Game Programmers with the tools they need. Learning how to use standard libraries is also a key component of game development, which often relies on third-party tools.

See salaries and explore the career path for Game Programmer

Operating Systems Developer

An Operating Systems Developer works directly with the core of a computer’s operating system. This role requires deep knowledge of C as it is a foundation for most operating system kernels. This course may be useful to aspiring Operating System Developers due to the extensive coverage of data structures, memory management, and control flow, helping build a strong foundation in these critical concepts. The course’s modules on pointers and file input and output are particularly relevant, as they are essential for kernel-level operations.

See salaries and explore the career path for Operating Systems Developer

Security Software Engineer

A Security Software Engineer develops software to protect systems and data from threats. They often use C for low-level security tools and software. The course may help any aspiring security software engineer, as C's low-level access to memory, control, and system resources is critical when dealing with security software. The course provides an in-depth understanding of pointers, memory management, and data handling, along with the ability to create file input output operations. This can help developers write secure and optimized code.

See salaries and explore the career path for Security Software Engineer

Network Programmer

A Network Programmer builds software for network infrastructure. This field requires a deep understanding of low-level systems, where C is a common language. The course may be useful for any network programmer as it provides instruction in data structures, memory management, and input/output techniques, which is useful when dealing with network protocols. The course’s focus on pointers, structures and file I/O operations would help to create robust and performant network applications.

See salaries and explore the career path for Network Programmer

Compiler Developer

A Compiler Developer creates and maintains software that translates programming languages into machine code. They work with low-level programming concepts, and C is often used in the implementation of compilers. This course may be useful, as working through the exercises builds a strong base in C programming, which helps an aspiring compiler developer understand the fine details of language implementation. The course’s thorough coverage of pointers, data structures, and file I/O prepares an individual to work with code translation and code optimization.

See salaries and explore the career path for Compiler Developer

Robotics Software Engineer

A Robotics Software Engineer develops software for robots, with a special emphasis on real-time systems and hardware interaction. A robotics software developer often needs strong C programming skills, due to low-level hardware interactions and performance critical code. This course may be useful to any prospective Robotics Software Engineers with its comprehensive coverage of C fundamentals, including data structures, memory management with pointers and input/output operations. Mastering these aspects of C, as taught in the course, is critical for programming robotic systems.

See salaries and explore the career path for Robotics Software Engineer

Graphics Programmer

A Graphics Programmer creates the software that renders visual elements in applications and games. They often need to work with low-level programming languages like C, especially for performance-critical graphics operations. This course may be useful, with its comprehensive coverage of memory management, pointers, and data structures, provides a good foundation for understanding how to handle graphics data efficiently. The concepts of pointers and array manipulation are especially relevant when working with graphics buffers. This course can be a good stepping stone to learning advanced graphics libraries and tools.

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Database Developer

A Database Developer designs, develops, and maintains databases. While many applications use higher-level languages, a deep understanding of C may be useful for building database systems at their core. This course may be useful, as the program provides a foundation in essential C concepts, such as memory management, data structure implementation using structures and unions and the use of file input output functionality. The course also helps to introduce fundamental programming concepts, which can help in understanding overall system design.

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Application Developer

An Application Developer creates applications for various platforms. While C isn't always the primary language for all application programming, understanding its fundamentals is useful for creating performant modules or working on system interaction layers. This course may be useful with a good coverage of core C concepts like variables, data types, operators, and control flow. Learning about data structures, pointers, and file I/O may be practically useful in application development.

See salaries and explore the career path for Application Developer

Test Engineer

A Test Engineer designs and implements tests for software. This role benefits from a strong understanding of programming fundamentals, including C, for creating test scripts and tools. This course may be useful, as its focus on the fundamentals of C and data structures may help test engineers write more complete tests for software applications. The course’s practical approach to programming, including the library management project, helps develop skills that are useful in software testing.

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C Programming

A Comprehensive Theory Course

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Syllabus

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