C Programming : A Comprehensive Theory Course
Ultimate C Programming Resource: Illustrated Examples and Slide-based Tutorials for Beginners and Advanced Learners
Lectures -42
Resources -3
Duration -7 hours
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Course Description
"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!
Goals
What will you learn in this course:
** 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.
Prerequisites
What are the prerequisites for this course?
** Basic computer literacy: Learners should have a basic understanding of computer operations, including file management, navigating the operating system, and running software applications.
** Familiarity with programming concepts: A basic understanding of programming concepts such as variables, loops, conditionals, and functions would be beneficial. However, no prior programming experience is required.
** Basic understanding of algorithms: A conceptual understanding of algorithms and problem-solving approaches would be helpful but not mandatory.
** System requirements: Learners should have access to a computer with a compatible operating system (Windows, macOS, Linux) and the ability to install and run a C programming environment, such as a C compiler and an Integrated Development Environment (IDE).
** Eagerness to learn: A strong motivation and willingness to engage in self-paced learning, practice coding, and complete assignments are essential to make the most of the course.
Curriculum
Check out the detailed breakdown of what’s inside the course
Introduction
7 Lectures
- Introduction 04:54 04:54
- Environment & IDE setup 08:38 08:38
- Variables & constants 04:30 04:30
- Identifiers, keywords & variable declaration 09:02 09:02
- Data types 19:19 19:19
- Input & output' 10:41 10:41
- Operators 13:19 13:19
Flow Control
6 Lectures
Functions
5 Lectures
Arrays
4 Lectures
Pointers
4 Lectures
Strings
2 Lectures
Structure & Union
4 Lectures
File I/O
2 Lectures
9. STD LIB
2 Lectures
Project
6 Lectures
Instructor Details
Selfcode Academy
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