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Advanced C Programming

17999.00 INR 19999.00 INR

Advanced C Programming

You will gain a deep understanding of pointers, memory allocation, and advanced concepts like multithreading and network programming.

Course Information

Welcome to the Advanced C certification course! In this course, you will learn the intricacies of the C programming language, starting from advanced data structures to advanced algorithms. You will gain a deep understanding of pointers, memory allocation, and advanced concepts like multithreading and network programming. The course is designed to benefit you in several ways. First and foremost, you will gain a thorough understanding of C programming, which is a highly valued skill in the software industry. Additionally, you will learn to write efficient, scalable, and maintainable code, which is crucial for building robust and reliable software systems. Finally, the course will provide you with real-world learning opportunities through practical exercises and projects. You will learn how to apply your knowledge to solve complex problems and build real-world applications, which will help you to develop your programming skills and boost your employability. By the end of this course, you will have a deep understanding of the C programming language and be well-equipped to tackle challenging programming problems in the real world.

    Course Content

  • Module 1

    Getting Started (00:14:21)

    Types of C variables (00:09:35)

    First C program (00:15:27)

    printf() and its Purpose (00:15:16)

    Receiving Inputs (00:07:12)

    Example 1 (00:08:10)

    Example 2 (00:11:40)

    Example 3 (00:10:37)

    Instructions and Operators (00:06:15)

    Arithmetic Instructions (00:16:54)

    Type Conversion (00:08:45)

    Hierarchy of Operations (00:12:12)

    Example 1 (00:08:44)

    Example 2 (00:15:24)

    Variables and datatypes Concept (00:02:12)

    Module 1 test (00:00:00)

    Assignment Module1 (00:00:00)

  • Module 2

    If-else construct (00:11:53)

    if-else statement (00:12:28)

    Example 1 (00:11:23)

    Example 2 (00:14:02)

    Example 3 (00:15:15)

    else if statement and operators (00:13:44)

    else if statement and operators (Contd) (00:15:52)

    else if statement and operators (Contd) (00:09:37)

    else if statement Examples (00:13:41)

    else if statement Example 2 (00:11:20)

    else if statement Example 3 (00:09:26)

    else if statement Example 4 (00:13:07)

    switch case statement (00:10:41)

    switch case statement (Contd) (00:12:16)

    switch case statement Example 1 (00:06:45)

    switch case statement Example 2 (00:02:20)

    switch case statement Example 3 (00:11:32)

    switch case statement Summary (00:01:48)

    while loop (00:07:52)

    while loop (Contd) (00:10:31)

    while loop Example 1 (00:09:18)

    while loop Example 2 (00:08:28)

    while loop Example 3 (00:14:27)

    while loop Example 4 (00:07:48)

    while loop Summary (00:02:36)

    for loop and do while loop (00:07:48)

    for loop and do while loop (Contd) (00:13:57)

    Nested Loops (00:04:43)

    Multiple statements in for (00:18:06)

    do - while loop (00:04:32)

    Example 1 (00:12:20)

    Example 2 (00:13:34)

    Example 3 (00:06:52)

    Summary (00:02:18)

    For While-Do While Concept (00:02:18)

    if else Concept (00:02:35)

    Module 2 Test (00:00:00)

    Assignment Module2 (00:00:00)

  • Module 3

    Functions (00:07:34)

    Functions (Contd) (00:09:17)

    Passing values to fucntions (00:18:07)

    Scope rule in functions (00:07:06)

    Using Library Functions (00:09:53)

    Functions Example 1 (00:12:12)

    Functions Example 2 (00:09:26)

    Functions Summary (00:01:47)

    Pointers (00:10:58)

    Pointer Notation (00:14:15)

    Function Calls (00:08:14)

    Application of Function calls (00:05:46)

    Example 1 (00:06:30)

    Example 2 (00:07:03)

    Example 3 (00:07:08)

    Example 4 (00:07:12)

    Summary (00:02:27)

    Recursion (00:10:41)

    Recursion and Stack (00:11:10)

    Example 1 (00:08:30)

    Example 2 (00:07:34)

    Example 3 (00:19:29)

    Pointers Concept (00:01:39)

    Functions Concept (00:02:26)

    Recursion Concept (00:02:16)

    Test (00:00:00)

    Assignment Module3 (00:00:00)

  • Module 4

    What are Arrays ? (00:14:43)

    More about Arrays (00:14:35)

    Arrays Example 1 (00:02:35)

    Arrays Example 2 (00:04:52)

    Arrays Example 3 (00:05:02)

    Arrays Example 4 (00:10:02)

    Arrays Example 5 (00:08:21)

    Pointers and Arrays (00:17:31)

    Pointers and Arrays (Contd) (00:05:23)

    Arrays to a function (00:06:58)

    Arrays Example 1 (00:02:47)

    Arrays example 2 (00:03:58)

    Arrays example 3 (00:05:59)

    Arrays Example 4 (00:04:59)

    Summary (00:03:03)

    Two - Dimensional Array (00:09:19)

    Pointers and Two - Dimensional Arrays (00:06:00)

    Pointers to an Array (00:11:22)

    Array of Pointers (00:06:39)

    Arrays Example 1 (00:03:22)

    Arrays Example 2 (00:04:26)

    Arrays Example 3 (00:07:13)

    Arrays Example 4 (00:05:41)

    Summary (00:01:31)

    Strings (00:16:07)

    Pointers and strings (00:15:26)

    Example 1 (00:10:12)

    Example 2 (00:08:03)

    Example 3 (00:09:41)

    Example 4 (00:11:19)

    Summary (00:02:04)

    Multiple Strings (00:05:34)

    Array of pointers to strings (00:05:21)

    Limitations of array of pointers to strings (00:08:57)

    Example 1 (00:06:08)

    Example 2 (00:12:06)

    Example 3 (00:09:33)

    Summary (00:02:14)

    Arrays Concept (00:03:10)

    Strings Concept (00:01:49)

    Module 4 Test (00:00:00)

    Assignment Module4 (00:00:00)

  • Module 5

    Structures (00:04:17)

    Declaring a structure (00:08:49)

    Storing Structured Elements (00:04:16)

    Array of Structures (00:11:59)

    Additional features of structures (00:09:06)

    Example 1 (00:02:27)

    Example 2 (00:03:16)

    Example 3 (00:14:36)

    Example 4 (00:18:41)

    Summary (00:02:46)

    Structures Concept (00:02:06)

    Module 5 Test (00:00:00)

    Assignment Module5 (00:00:00)

  • Module 6

    Console I/O (00:03:28)

    Formatted Console I/O Functions (00:10:51)

    Escape Sequences (00:08:54)

    Unformatted Console I/O Functions (00:04:03)

    gets() and puts() (00:05:26)

    Example 1 (00:06:03)

    File I/O (00:02:38)

    File Operations (00:15:12)

    String (Line) I/O in files (00:08:49)

    Example 1 (00:09:54)

    Example 2 (00:12:21)

    Summary (00:01:39)

    Typecasting (00:08:29)

    Macro Expansion (00:04:53)

    File Inclusion (00:07:12)

    Using argc and argv (00:04:11)

    Mini project (00:07:10)

    Mini project (Contd) (00:13:23)

    Mini project (Contd) (00:20:49)

    Summary (00:05:30)

    Module 6 Test (00:00:00)

    Assignment Module6 (00:00:00)

  • Module 7

    DSA Intro (00:17:07)

    stacks (00:20:52)

    Queue (00:46:13)

    Linked List (00:47:59)

    CLL (00:41:23)

    DLL (00:40:23)

    Tree (00:35:04)

    bst1 (00:56:30)

    Heap (00:36:22)

    Hash (00:31:28)

    Graph1 (00:58:26)

    Graph 2 (00:41:07)

    BFS (00:40:46)

    DFS (00:36:09)

    Shortest Path (01:27:56)

    MST1 (00:51:07)

    APSP (00:27:20)

    Sort (01:18:15)

    Sort-1 (00:28:27)

    ASYMP (00:34:19)

    Data Structure Concept (00:02:00)

    Graphs Concept (00:01:45)

    Hashing Concept (00:02:00)

    Heaps Concept (00:02:10)

    Linked List Concept (00:01:50)

    Queues Concept (00:01:30)

    Searching and Sorting Concept (00:01:54)

    Stacks Concept (00:01:25)

    Trees Concept (00:01:57)

    Module 7 Test (00:00:00)

    Assignment Module7 (00:00:00)

  • Final Certification Examination

    Final Test (00:00:00)

Authors

Vivek Pillai Profile

Vivek Pillai

Vivek Pillai is pursuing Computer Science at the prestigious Indian Institute of Technology (IIT) Dharwad. With a passion for computer science and programming, Vivek has been exploring the field since his high school years. He is driven by a desire to learn new things and solve complex problems, which has led him to pursue his degree in computer science. IIT Dharwad provided him with a strong foundation in computer science, particularly in the areas of Data Structures and Algorithms. It was during this time that he began to explore the practical applications of DSA and how it could be used to solve real-world problems. Along with his academic pursuits, Vivek has also been actively tutoring and creating educational videos on Data Structures and Algorithms for Bit Byte Binary. This project has allowed him to further develop his skills in DSA and share his knowledge with others. Vivek's goal is to inspire and motivate fellow students to explore the world of computer science and programming. Through his tutor based videos, he hopes to make these topics more accessible and understandable for students who are just starting to explore the field.
Aditya sujeet Zanjurne Profile

Aditya sujeet Zanjurne

Aditya Sujeet Zanjurne is a CSE sophomore at IIT Dharwad with a passion for coding that dates back to his school days. With a deep interest in various programming languages like C, C++, Java, and Python, he has a constant thirst to explore and learn more about these languages. Aditya's love for programming is so intense that even when he has to prepare a pdf, he codes. Since joining IIT Dharwad, Aditya has been on the lookout for an opportunity to use his programming skills to help others. This led him to become a tutor at Bit Byte Binary, where he teaches C programming. Aditya is thrilled about this opportunity as it allows him to expand his knowledge of C programming and share his expertise with others. He hopes to make a meaningful impact by helping others learn and grow in the field of programming.