C Language Training

45 Days

★ Featured

Overview

The C Language Training course builds a solid foundation in programming by teaching the fundamentals of the C language — the core of many modern programming languages. This course helps students master problem-solving, logic-building, and programming skills essential for software development. It covers every major topic from syntax and data types to functions, pointers, and file handling, preparing learners for real-world programming and interviews.

Who Can Attend

Beginners and students aspiring to learn programming
Engineering and computer science graduates
Developers wanting to strengthen their fundamentals
Professionals preparing for technical interviews

Course Content

Introduction to C Language

Fundamentals of Programming and Software Types
History and Features of C
Applications of C in Systems and Application Development
Character Set, ASCII Table, and Tokens
Keywords, Identifiers, Constants, and Data Types
Variable Declaration, Assignment, and Initialization
Type Qualifiers and Memory Storage Concepts

Operators and Expressions

Arithmetic, Relational, Logical, and Assignment Operators
Increment and Decrement Operators
Bitwise, Conditional, and Comma Operators
Type Casting and sizeof Operator
Operator Precedence and Associativity
Evaluation of Expressions and Mathematical Library Functions

Input-Output Functions

Input-Output Library Functions
Formatted and Non-Formatted I/O
Character-Oriented I/O Functions
Compiler, Linker, and Loader Concepts
Program Execution Phases and IDE Overview
Basic Programs and Practical Examples

Control Statements

Conditional Statements: if, if-else, nested if, if-else-if ladder
Switch-Case and Multiple Branching
Looping Statements: while, do-while, for, nested loops
Jump Control Statements: break, continue, goto, return
Programs using Conditional and Looping Constructs

Arrays

Introduction to Arrays and Their Types
One-Dimensional Array Declaration and Initialization
Two-Dimensional and Multi-Dimensional Arrays
Accessing and Displaying Array Elements
Programs on Arrays and Matrices

Strings

Concept and Declaration of Strings
String Storage, Initialization, and Literals
String Input and Output Functions
Character and String Manipulation Library Functions
Array of Strings and Programs on String Operations

Pointers

Understanding Memory Addresses and Pointer Concepts
Pointer Declaration, Initialization, and Dereferencing
Pointer Arithmetic and Void/Null Pointers
Pointers to Pointers and Arrays
Dynamic Memory Allocation
Pointers to Functions and Strings

Functions

Advantages of Using Functions
Defining, Declaring, and Calling Functions
Function Prototype and Return Types
Scope, Recursion, and Nested Functions
Parameter Passing: Call by Value and Call by Address
Functions Returning Pointers and Arrays

Storage Classes

Object Attributes: Scope, Extent, and Linkage
auto, static, extern, and register Storage Classes
Usage Scenarios and Examples

Preprocessor Directives

#include and User-defined Header Files
#define for Constants and Macros
Conditional Compilation: #if, #else, #elif, #endif
Preprocessor Commands: #ifdef, #ifndef, #undef, #error, #pragma
Practical Examples and Use Cases

Structures, Unions, Enumerations, and Typedef

Defining and Initializing Structures
Accessing Members and Nested Structures
Arrays and Pointers within Structures
Passing and Returning Structures in Functions
Understanding Unions and Enumerations
Typedef and Bit Fields

File Handling

Concept and Types of Files: Text and Binary
File Streams and States
Opening, Reading, Writing, and Closing Files
Formatted and Character Input/Output Functions
File Positioning and Error Handling
System File Operations and Practical Programs

Command Line Arguments

Understanding Command Line Inputs
Reading and Handling Arguments in C Programs
Use Cases and Examples

Graphics Programming

Introduction to C Graphics
Initializing Graphics and Setting Resolution
Drawing Shapes and Text
Working with Colors, Fonts, and Fill Styles
Creating Simple GUI-based Applications