Comprehensive C Programming Course

Comprehensive C Programming Course, available at $54.99, with 196 lectures, 2 quizzes, and has 1003 subscribers.

You will learn about Introduction to C Programming: Gain a foundational understanding of C, its history, and why it's crucial in programming. Data Types and Variables: Learn about different data types, variable declaration, and usage in C programming. Control Structures: Master the use of control structures like if-else, switch-case, and loops (for, while, do-while) for decision making and iteration. Input/Output Functions: Understand and implement basic I/O functions to interact with users and perform data input and output operations. Operators: Learn to use various operators (arithmetic, logical, unary) to manipulate data and perform calculations. Arrays and Pointers: Understand the concepts of arrays and pointers, including one-dimensional and multi-dimensional arrays, and pointer arithmetic. Functions: Develop modular and reusable code by creating and using functions, including passing arrays to functions and handling return values. C Programming on Linux: Install and configure the GCC compiler, understand the compilation process, and learn debugging techniques on Linux. Practical Projects: Apply learned concepts in real-world projects such as developing an online exam portal and a payroll processing system. Problem Solving: Enhance problem-solving skills through various examples, case studies, and practice questions on arrays, pointers, and functions. This course is ideal for individuals who are Beginners in Programming: Individuals with no prior programming experience who want to start their journey in software development. or Students: High school or college students looking to strengthen their understanding of C programming for academic purposes. or Aspiring Software Developers: Those aiming to build a strong foundation in programming concepts before moving on to more advanced languages and frameworks. or Professionals Seeking a Career Change: Professionals from non-technical backgrounds who wish to transition into a career in software development. or Engineering Students: Students pursuing degrees in computer science, electronics, or related fields, who need a solid understanding of C programming. or Hobbyists: Enthusiasts who enjoy coding and wish to add another programming language to their skillset. or Self-Learners: Individuals who prefer self-paced learning and want to gain proficiency in C programming. or IT Professionals: IT professionals looking to enhance their programming skills and knowledge of the C language. or Embedded Systems Developers: Developers interested in or working with embedded systems where C is commonly used. or Anyone Interested in Programming Fundamentals: Anyone who wants to understand the core principles of programming through one of the most widely-used and fundamental programming languages. It is particularly useful for Beginners in Programming: Individuals with no prior programming experience who want to start their journey in software development. or Students: High school or college students looking to strengthen their understanding of C programming for academic purposes. or Aspiring Software Developers: Those aiming to build a strong foundation in programming concepts before moving on to more advanced languages and frameworks. or Professionals Seeking a Career Change: Professionals from non-technical backgrounds who wish to transition into a career in software development. or Engineering Students: Students pursuing degrees in computer science, electronics, or related fields, who need a solid understanding of C programming. or Hobbyists: Enthusiasts who enjoy coding and wish to add another programming language to their skillset. or Self-Learners: Individuals who prefer self-paced learning and want to gain proficiency in C programming. or IT Professionals: IT professionals looking to enhance their programming skills and knowledge of the C language. or Embedded Systems Developers: Developers interested in or working with embedded systems where C is commonly used. or Anyone Interested in Programming Fundamentals: Anyone who wants to understand the core principles of programming through one of the most widely-used and fundamental programming languages.

Enroll now: Comprehensive C Programming Course

Summary

Title: Comprehensive C Programming Course

Price: $54.99

Number of Lectures: 196

Number of Quizzes: 2

Number of Published Lectures: 196

Number of Published Quizzes: 2

Number of Curriculum Items: 198

Number of Published Curriculum Objects: 198

Original Price: $99.99

Quality Status: approved

Status: Live

What You Will Learn

Introduction to C Programming: Gain a foundational understanding of C, its history, and why it's crucial in programming.
Data Types and Variables: Learn about different data types, variable declaration, and usage in C programming.
Control Structures: Master the use of control structures like if-else, switch-case, and loops (for, while, do-while) for decision making and iteration.
Input/Output Functions: Understand and implement basic I/O functions to interact with users and perform data input and output operations.
Operators: Learn to use various operators (arithmetic, logical, unary) to manipulate data and perform calculations.
Arrays and Pointers: Understand the concepts of arrays and pointers, including one-dimensional and multi-dimensional arrays, and pointer arithmetic.
Functions: Develop modular and reusable code by creating and using functions, including passing arrays to functions and handling return values.
C Programming on Linux: Install and configure the GCC compiler, understand the compilation process, and learn debugging techniques on Linux.
Practical Projects: Apply learned concepts in real-world projects such as developing an online exam portal and a payroll processing system.
Problem Solving: Enhance problem-solving skills through various examples, case studies, and practice questions on arrays, pointers, and functions.

Who Should Attend

Beginners in Programming: Individuals with no prior programming experience who want to start their journey in software development.
Students: High school or college students looking to strengthen their understanding of C programming for academic purposes.
Aspiring Software Developers: Those aiming to build a strong foundation in programming concepts before moving on to more advanced languages and frameworks.
Professionals Seeking a Career Change: Professionals from non-technical backgrounds who wish to transition into a career in software development.
Engineering Students: Students pursuing degrees in computer science, electronics, or related fields, who need a solid understanding of C programming.
Hobbyists: Enthusiasts who enjoy coding and wish to add another programming language to their skillset.
Self-Learners: Individuals who prefer self-paced learning and want to gain proficiency in C programming.
IT Professionals: IT professionals looking to enhance their programming skills and knowledge of the C language.
Embedded Systems Developers: Developers interested in or working with embedded systems where C is commonly used.
Anyone Interested in Programming Fundamentals: Anyone who wants to understand the core principles of programming through one of the most widely-used and fundamental programming languages.

Target Audiences

Beginners in Programming: Individuals with no prior programming experience who want to start their journey in software development.
Students: High school or college students looking to strengthen their understanding of C programming for academic purposes.
Aspiring Software Developers: Those aiming to build a strong foundation in programming concepts before moving on to more advanced languages and frameworks.
Professionals Seeking a Career Change: Professionals from non-technical backgrounds who wish to transition into a career in software development.
Engineering Students: Students pursuing degrees in computer science, electronics, or related fields, who need a solid understanding of C programming.
Hobbyists: Enthusiasts who enjoy coding and wish to add another programming language to their skillset.
Self-Learners: Individuals who prefer self-paced learning and want to gain proficiency in C programming.
IT Professionals: IT professionals looking to enhance their programming skills and knowledge of the C language.
Embedded Systems Developers: Developers interested in or working with embedded systems where C is commonly used.
Anyone Interested in Programming Fundamentals: Anyone who wants to understand the core principles of programming through one of the most widely-used and fundamental programming languages.

Introduction

Welcome to the Comprehensive C Programming Course, a detailed and hands-on journey into the world of C programming. This course is designed to provide a solid foundation in C, covering fundamental concepts, advanced techniques, and practical projects. Whether you are a beginner looking to learn programming from scratch or an experienced developer seeking to enhance your skills, this course will equip you with the knowledge and confidence to write efficient and effective C programs.

Section 1: Fundamentals of C Programming

This section introduces the basics of C programming, starting with the history and significance of C. Students will learn about data types, variable declarations, and the overall structure of a C program. The section also covers basic input/output functions and control structures such as if-else statements, switch-case, loops (while, do-while, for), and the use of break and continue statements. By the end of this section, students will be comfortable writing simple C programs and controlling program flow.

Section 2: Advanced C Programming Techniques

Building on the fundamentals, this section delves into more advanced topics. Students will explore the use of operators, including logical and unary operators, and will solve problems using these operators. This section also covers arrays, pointers, and functions in great detail. Students will learn how to manipulate data using one-dimensional and two-dimensional arrays, perform pointer arithmetic, and implement various function types, including passing arrays to functions and returning values from functions. Case studies and practical examples will help solidify these concepts.

Section 3: C Programming on Linux

This section focuses on developing C programs in a Linux environment. Students will learn how to install and use the GCC compiler, understand GCC architecture, and explore various compiler options. The section covers the stages of compilation, variable types, arithmetic operators, control loops, and functions, with practical exercises to reinforce learning. By the end of this section, students will be proficient in writing, compiling, and debugging C programs on Linux.

Section 4: Project on C and POP – Online Exam Portal

In this project-based section, students will apply their C programming skills to create an online exam portal. They will learn how to create a menu-driven interface, implement various functions for saving and retrieving data, and understand score generation and output. This hands-on project will provide practical experience in developing a complete application using C.

Section 5: Project on C Programming – Payroll Processing

This section involves developing a payroll processing system. Students will create modules for the main menu, monthly transaction processing, and pay slip generation. This project will help students understand the application of C programming in real-world business scenarios, reinforcing their understanding of data management and processing.

Section 6: Project in C Programming – Employee Management System

In this project, students will build an employee management system. They will create and manipulate data structures, implement selection menus, and perform operations such as adding, modifying, and deleting employee records. This section emphasizes the practical use of C programming for managing data and developing user-friendly interfaces.

Section 7: Project in C Programming – 2 Players Tic-Tac-Toe Game

Students will develop a 2-player Tic-Tac-Toe game in this section. They will create the game board, accept player input, and determine the game outcome. This project will help students understand game logic and improve their problem-solving skills using C.

Section 8: Project in C Programming – Hangman Game

The final project involves creating a Hangman game. Students will implement a choice menu, select random words, hide words, evaluate player guesses, and create the main game loop. This project will consolidate their understanding of C programming concepts and provide a fun and interactive way to practice coding.

Conclusion

The Comprehensive C Programming Course offers an in-depth exploration of C programming, from fundamental concepts to advanced techniques and practical projects. By the end of this course, students will have a thorough understanding of C programming and the ability to develop complex applications. This course is perfect for anyone looking to build a strong foundation in programming and enhance their coding skills.

Course Curriculum

Chapter 1: C Programming Course

Lecture 1: Introduction to C

Lecture 2: Data Types In C

Lecture 3: Structure of C program

Lecture 4: Program in C Part 1

Lecture 5: Program in C Part 2

Lecture 6: Program in C Part 3

Lecture 7: IO Functions

Lecture 8: IfElse Construct Part 1

Lecture 9: IfElse Construct Part 2

Lecture 10: Switch Case

Lecture 11: While dowhile Part 1

Lecture 12: While dowhile Part 2

Lecture 13: For Loop

Lecture 14: Break Continue

Lecture 15: Working with Operators Part 1

Lecture 16: Working with Operators Part 2

Lecture 17: Logical Operators and Unary Operators

Lecture 18: Problem solving Using Operators

Lecture 19: Case Study in C programming language

Lecture 20: Explaining C language and its different functions using Case studies

Lecture 21: reverse of a number

Lecture 22: More Examples of C Program writing

Lecture 23: Writing Programs in C using case studies

Lecture 24: More examples of program writing in C

Lecture 25: Working with Arrays part 1

Lecture 26: Working with Arrays part 2

Lecture 27: One Dimensional Array

Lecture 28: Working with One Dimensional Array

Lecture 29: Some Examples and Problem Solving on One Dimensional Array

Lecture 30: Practice Problem Solving on One Dimensional Array

Lecture 31: Practice Questions on One Dimensional Array Part 1

Lecture 32: Practice Questions on One Dimensional Array Part 2

Lecture 33: Practice Questions on One Dimensional Array Part 3

Lecture 34: Practice Questions on One Dimensional Array Part 4

Lecture 35: Practice Questions on One Dimensional Array Part 5

Lecture 36: Practice Questions on One Dimensional Array Part 6

Lecture 37: Working with Pointers and Declaring

Lecture 38: Manipulating Pointers

Lecture 39: Practise questions Pointer arithmetics

Lecture 40: Practice Questions on Pointers

Lecture 41: Practise question on working with pointer 2

Lecture 42: TwoDimensional Arrays and Pointers

Lecture 43: Pointer Arithmetic in Two Dimensional Arrays

Lecture 44: Practice Questions on Two Dimensional Arrays and Pointers

Lecture 45: Additional Practice Questions on 2D Array

Lecture 46: Working with Functions

Lecture 47: Practice Programming on Functions

Lecture 48: Call by Value Call by Reference Continued

Lecture 49: Passing Arrays to Functions

Lecture 50: Practice Questions on Passing Arrays to Functions

Lecture 51: Practice Questions on Passing Arrays to Functions Continue

Lecture 52: Returning the value from a function

Lecture 53: Returning the value from a function continued

Lecture 54: String functions

Lecture 55: string to numeric conversion function

Lecture 56: Conclusion C

Chapter 2: Comprehensive C++ Training

Lecture 1: Introduction To Oops Concepts

Lecture 2: Object Oriented Methodology

Lecture 3: Benefits Of Oops

Lecture 4: Phases Of Sdlc (Software Development Life Cycle)

Lecture 5: History Of C++ Write Program In C++

Lecture 6: Compile And Running A C++ Program

Lecture 7: Calling Method

Lecture 8: Operators In C++

Lecture 9: If-Else

Lecture 10: Switch Case Part 1

Lecture 11: Switch Case Part 2

Lecture 12: While Loop Part 1

Lecture 13: While Loop Part 2

Lecture 14: Do While For

Lecture 15: Abstraction Encapsulation Part 1

Lecture 16: Abstraction Encapsulation Part 2

Lecture 17: Static Variables Part 1

Lecture 18: Static Variables Part 2

Lecture 19: Friend Keyword

Lecture 20: Array Introduction

Lecture 21: Array Demo

Lecture 22: Two Dimetional Array Part 1

Lecture 23: Two Dimetional Array Part 2

Lecture 24: 2D Program

Lecture 25: Param Array

Lecture 26: Enumeration

Chapter 3: C on Linux

Lecture 1: Introduction to C on Linux

Lecture 2: Commands to Check Whether Gcc Installed or Not

Lecture 3: Commands to Install Gcc on Linux

Lecture 4: Gcc Architecture Overview

Lecture 5: First C Program

Lecture 6: Compile C program on Linux

Lecture 7: Gcc Compiler With -C Option

Lecture 8: Gcc Various Options

Lecture 9: Gcc Various Options Practical

Lecture 10: Various Stages of Compilation

Lecture 11: Various Stages of Compilation Practical

Lecture 12: Development Stages of Program

Lecture 13: Types of Variables Theory

Instructors

EDUCBA Bridging the Gap
Learn real world skills online

Rating Distribution

1 stars: 0 votes
2 stars: 0 votes
3 stars: 0 votes
4 stars: 0 votes
5 stars: 0 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

Menu