C Programming – Complete Course

About Course

Learn C Programming from basics to advanced concepts through step-by-step explanations, practical programs, exercises, and real-world examples. This course covers C fundamentals, operators, decision making, loops, arrays, strings, functions, pointers, structures, file handling, dynamic memory allocation, and practical projects.

Understand C programming from fundamentals to advanced concepts
Write, compile and execute C programs confidently
Work with variables, data types, constants and operators
Use conditional statements and loops for problem solving
Create and use functions effectively
Work with arrays, strings and multidimensional arrays
Understand pointers and memory concepts
Use structures, unions and enumerations
Work with dynamic memory allocation
Handle files using C file handling
Understand preprocessor directives and header files
Develop logical thinking through practical C programs
Build real-world mini projects using C
Prepare for C programming interviews and coding assessments

Course Content

Module 0: Course Orientation and Learning Setup
This orientation module introduces students to the C Programming Master Course, Tutor LMS, course resources, practice requirements, assessments, projects and certification process.

Lesson 1: Welcome to the C Programming Master Course
Lesson 2: How to Use the Tutor LMS Platform
Lesson 3: Complete C Programming Learning Roadmap
Lesson 4: Course Resources and Practice Materials
Lesson 5: Assessment and Certification Process

Module 1: Introduction to C Programming
This module introduces computer programming, the history and features of C, its applications, program structure and compilation process.

Module 2: C Development Environment
Students learn to install, configure and use C programming tools for creating, compiling and executing programs.

Module 3: C Tokens, Keywords and Identifiers
This module explains the smallest individual elements used to construct a C program.

Module 4: Data Types, Variables and Constants
Students learn how C stores different kinds of data and how variables and constants are declared and used.

Module 5: Input and Output Functions
This module teaches students how to accept input and display formatted output

Module 6: Operators and Expressions
Students learn to build calculations and conditions using different categories of C operators.

Module 7: Type Conversion and Type Casting
This module explains how data is converted from one type to another during program execution.

Module 8: Decision-Making Statements
Students learn to control program execution by testing conditions.

Module 9: Switch Statements
This module teaches multi-way selection and menu-driven application development.

Module 10: Looping Statements
Students learn to repeat statements using while, do-while and for loops.

Module 11: Jump Statements
This module explains statements that alter the normal execution of loops, functions and program blocks

Module 12: Number-Based Programming
Students improve logical thinking by solving frequently asked number-based programs.

Lesson 1: Digit Extraction and Digit Counting
Lesson 2: Sum and Product of Digits
Lesson 3: Reversing a Number
Lesson 4: Palindrome Number .
Lesson 5: Armstrong Number
Lesson 6: Prime Number
Lesson 7: Factorial of a Number
Lesson 8: Fibonacci Series
Lesson 9: Perfect and Strong Numbers
Lesson 10: GCD and LCM
Lesson 11: Number-System Conversion.

Module 13: Pattern Programming
This module develops nested-loop logic through star, number and alphabet patterns.

Lesson 1: Understanding Pattern Logic
Lesson 2: Basic Star Patterns
Lesson 3: Inverted Star Patterns
Lesson 4: Pyramid Patterns
Lesson 5: Diamond Patterns
Lesson 6: Number Patterns
Lesson 7: Alphabet Patterns
Lesson 8: Hollow Patterns
Lesson 9: Floyd’s Triangle
Lesson 10: Pascal’s Triangle

Module 14: Functions in C
Students learn modular programming by dividing large programs into reusable functions.

Lesson 1: Introduction to Functions
Lesson 2: Function Declaration and Prototype
Lesson 3: Function Definition and Function Call.
Lesson 4: Functions without Arguments and Return Values
Lesson 5: Functions with Arguments and No Return Value
Lesson 6: Functions without Arguments and with Return Value.
Lesson 7: Functions with Arguments and Return Values.
Lesson 8: Passing Multiple Arguments
Lesson 9: Advantages of Modular Programming

Module 15: Advanced Functions, Scope and Recursion
This module covers variable scope, storage classes, recursion and advanced function behaviour.

Lesson 1: Local and Global Variables
Lesson 2: Storage Classes
Lesson 3: Static Variables in Functions.
Lesson 4: Call by Value
Lesson 5: Introduction to Recursion
Lesson 6: Recursive Factorial Program
Lesson 7: Recursive Fibonacci Program
Lesson 8: Recursion versus Iteration
Lesson 9: Command-Line Arguments

Module 16: One-Dimensional Arrays
Students learn to store, process, search and sort collections of similar values.

Lesson 1: Introduction to Arrays
Lesson 2: Array Declaration and Initialization.
Lesson 3: Reading and Displaying Array Elements
Lesson 4: Array Calculations
Lesson 5: Reversing an Array
Lesson 6: Linear Search
Lesson 7: Binary Search
Lesson 8: Bubble Sort .
Lesson 9: Selection Sort
Lesson 10: Insertion Sort
Lesson 11: Frequency and Duplicate Elements
Lesson 12: Passing Arrays to Functions.

Module 17: Two-Dimensional Arrays and Matrices
This module teaches tabular data storage and common matrix operations.

Lesson 1: Introduction to Two-Dimensional Arrays
Lesson 2: Declaring and Initializing 2D Arrays .
Lesson 3: Reading and Displaying Matrices
Lesson 4: Matrix Addition
Lesson 5: Matrix Subtraction
Lesson 6: Matrix Multiplication
Lesson 7: Matrix Transpose
Lesson 8: Diagonal Matrix Operations
Lesson 9: Triangular Matrix Operations
Lesson 10: Passing 2D Arrays to Functions

Module 18: Strings and Character Handling
Students learn to store and manipulate text using character arrays and library functions.

Lesson 1: Introduction to Strings.
Lesson 2: String Declaration and Initialization
Lesson 3: Reading and Displaying Strings
Lesson 4: String Length
Lesson 5: String Copy
Lesson 6: String Concatenation
Lesson 7: String Comparison
Lesson 8: String Reversal and Palindrome
Lesson 9: Character Classification Functions .
Lesson 10: Text Analysis Programs
Lesson 11: Array of Strings
Lesson 12: String Searching and Sorting

Module 19: Pointer Fundamentals
This module introduces memory addresses, pointer variables and indirect access.

Lesson 1: Introduction to Memory Addresses
Lesson 2: Declaring and Initializing Pointers
Lesson 3: Address and Dereference Operators
Lesson 4: Pointer Data Types
Lesson 5: Null and Uninitialized Pointers
Lesson 6: Pointer Arithmetic .
Lesson 7: Pointers with Functions.
Lesson 8: Call by Reference
Lesson 9: Pointer Safety

Module 20: Advanced Pointers
Students explore advanced relationships between pointers, arrays, strings and functions.

Lesson 1: Pointers and One-Dimensional Arrays
Lesson 2: Pointers and Two-Dimensional Arrays
Lesson 3: Pointers and Strings
Lesson 4: Pointer to Pointer
Lesson 5: Array of Pointers
Lesson 6: Pointer to an Array
Lesson 7: Function Pointers
Lesson 8: Callback Functions
Lesson 9: Constant Pointers.

Module 21: Structures, Unions and Enumerations
Students create custom data types for storing related information.

Lesson 1: Introduction to Structures
Lesson 2: Declaring and Initializing Structures
Lesson 3: Accessing Structure Members
Lesson 4: Arrays of Structures
Lesson 5: Nested Structures
Lesson 6: Structures and Functions
Lesson 7: Pointers to Structures
Lesson 8: Self-Referential Structures
Lesson 9: Unions in C
Lesson 10: Enumerations
Lesson 11: typedef Keyword

Module 22: Dynamic Memory Management
Students learn to allocate, resize and release memory during program execution.

Lesson 1: Static and Dynamic Memory Allocation
Lesson 2: Stack and Heap Memory
Lesson 3: Dynamic Allocation with malloc()
Lesson 4: Dynamic Allocation with calloc()
Lesson 5: Resizing Memory with realloc()
Lesson 6: Releasing Memory with free()
Lesson 7: Dynamic Arrays
Lesson 8: Memory Leaks
Lesson 9: Dangling and Wild Pointers
Lesson 10: Safe Memory-Management Practices

Module 23: File Handling
This module teaches permanent data storage and retrieval using text and binary files.

Lesson 1: Introduction to Files and Streams
Lesson 2: Opening and Closing Files
Lesson 3: File Opening Modes
Lesson 4: Character-Based File Operations
Lesson 5: String-Based File Operations
Lesson 6: Formatted File Input and Output
Lesson 7: Binary File Operations
Lesson 8: File Positioning Functions
Lesson 9: File Error Handling
Lesson 10: Files with Structures
Lesson 11: Searching File Records
Lesson 12: Updating and Deleting Records

Module 24: Preprocessor Directives and Header Files
Students learn how source code is processed before compilation.

Lesson 1: Introduction to the C Preprocessor
Lesson 2: Object-Like Macros
Lesson 3: Function-Like Macros
Lesson 4: File Inclusion
Lesson 5: Conditional Compilation
Lesson 6: Predefined Macros
Lesson 7: Creating User-Defined Header Files
Lesson 8: Multi-File C Programs
Lesson 9: Header Guards

Module 25: Data Structures Using C
This module introduces linear and non-linear data structures using pointers and dynamic memory.

Lesson 1: Introduction to Data Structures
Lesson 2: Singly Linked List
Lesson 3: Linked List Insertion
Lesson 4: Linked List Deletion
Lesson 5: Doubly Linked List
Lesson 6: Circular Linked List
Lesson 7: Stack Using Arrays
Lesson 8: Stack Using Linked Lists
Lesson 9: Queue Using Arrays
Lesson 10: Circular Queue
Lesson 11: Queue Using Linked Lists
Lesson 12: Introduction to Trees
Lesson 13: Binary Search Tree Basics

Module 26: Searching and Sorting Algorithms
Students learn popular searching and sorting algorithms and compare their performance.

Lesson 1: Introduction to Algorithms
Lesson 2: Linear Search
Lesson 3: Binary Search
Lesson 4: Bubble Sort
Lesson 5: Selection Sort
Lesson 6: Insertion Sort
Lesson 7: Merge Sort
Lesson 8: Quick Sort
Lesson 9: Comparing Search Algorithms
Lesson 10: Comparing Sorting Algorithms

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About Course

What Will You Learn?

Course Content

Module 0: Course Orientation and Learning Setup This orientation module introduces students to the C Programming Master Course, Tutor LMS, course resources, practice requirements, assessments, projects and certification process.

Lesson 1: Welcome to the C Programming Master Course

Lesson 2: How to Use the Tutor LMS Platform

Lesson 3: Complete C Programming Learning Roadmap

Lesson 4: Course Resources and Practice Materials

Lesson 5: Assessment and Certification Process

Module 1: Introduction to C Programming This module introduces computer programming, the history and features of C, its applications, program structure and compilation process.

Lesson 1: Introduction to Computer Programming

Lesson 2: History and Evolution of C Language

Lesson 3: Features and Advantages of C

Lesson 4: Applications of C Programming

Lesson 5: Structure of a C Program

Lesson 6: Writing the First C Program

Lesson 7: Compilation and Execution Process

Module 2: C Development Environment Students learn to install, configure and use C programming tools for creating, compiling and executing programs.

Lesson 1: Understanding Compilers and IDEs

Lesson 2: Installing Code::Blocks with GCC

Lesson 3: Setting Up C in Visual Studio Code

Lesson 4: Creating and Saving C Source Files

Lesson 5: Compiling and Running C Programs

Lesson 6: Understanding Compiler Errors and Warnings

Module 3: C Tokens, Keywords and Identifiers This module explains the smallest individual elements used to construct a C program.

Lesson 1: Character Set in C

Lesson 2: Introduction to C Tokens

Lesson 3: Keywords in C

Lesson 4: Identifiers and Naming Rules

Lesson 5: Constants and Literals

Lesson 6: Comments and Documentation

Lesson 7: Separators and Special Symbols

Module 4: Data Types, Variables and Constants Students learn how C stores different kinds of data and how variables and constants are declared and used.

Lesson 1: Introduction to Data Types

Lesson 2: Integer Data Types

Lesson 3: Floating-Point Data Types

Lesson 4: Declaring Variables

Lesson 5: Initializing Variables

Lesson 6: Constants and the const Keyword

Lesson 7: Type Modifiers

Lesson 8: Size and Range of Data Types

Module 5: Input and Output Functions This module teaches students how to accept input and display formatted output

Lesson 1: Introduction to Standard Input and Output

Lesson 2: Displaying Output with printf()

Lesson 3: Reading Input with scanf()

Lesson 4: Format Specifiers

Lesson 5: Escape Sequences

Lesson 6: Field Width and Precision

Lesson 7: Character Input and Output

Lesson 8: Common Input Problems

Module 6: Operators and Expressions Students learn to build calculations and conditions using different categories of C operators.

Lesson 1: Arithmetic Operators

Lesson 2: Relational Operators

Lesson 3: Logical Operators

Lesson 4: Assignment Operators

Lesson 6: Conditional Operator

Lesson 7: Bitwise Operators

Lesson 8: Special Operators

Lesson 9: Operator Precedence and Associativity

Module 7: Type Conversion and Type Casting This module explains how data is converted from one type to another during program execution.

Lesson 1: Introduction to Type Conversion

Lesson 2: Implicit Type Conversion

Lesson 3: Explicit Type Casting

Lesson 4: Integer Promotion

Lesson 5: Mixed-Mode Expressions

Lesson 6: Data Loss and Precision Problems

Lesson 7: Overflow and Underflow

Module 8: Decision-Making Statements Students learn to control program execution by testing conditions.

Lesson 1: Introduction to Decision Making

Lesson 2: Simple if Statement

Lesson 3: if-else Statement

Lesson 4: Nested if Statements

Lesson 5: else-if Ladder