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.
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.
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.
Module 13: Pattern Programming
This module develops nested-loop logic through star, number and alphabet patterns.
Module 14: Functions in C
Students learn modular programming by dividing large programs into reusable functions.
Module 15: Advanced Functions, Scope and Recursion
This module covers variable scope, storage classes, recursion and advanced function behaviour.
Module 16: One-Dimensional Arrays
Students learn to store, process, search and sort collections of similar values.
Module 17: Two-Dimensional Arrays and Matrices
This module teaches tabular data storage and common matrix operations.
Module 18: Strings and Character Handling
Students learn to store and manipulate text using character arrays and library functions.
Module 19: Pointer Fundamentals
This module introduces memory addresses, pointer variables and indirect access.
Module 20: Advanced Pointers
Students explore advanced relationships between pointers, arrays, strings and functions.
Module 21: Structures, Unions and Enumerations
Students create custom data types for storing related information.
Module 22: Dynamic Memory Management
Students learn to allocate, resize and release memory during program execution.
Module 23: File Handling
This module teaches permanent data storage and retrieval using text and binary files.
Module 24: Preprocessor Directives and Header Files
Students learn how source code is processed before compilation.
Module 25: Data Structures Using C
This module introduces linear and non-linear data structures using pointers and dynamic memory.
Module 26: Searching and Sorting Algorithms
Students learn popular searching and sorting algorithms and compare their performance.
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