C

Introduction to C Programming:

C Programming is the mother of all Programming languages and is a start to building your career in the field of information technology. In C Programming class one will learn the usage of syntaxes and will learn in details Object Oriented Programming OOPS Concepts. Mastery of C language will help you build a solid foundation and make learning of any programming language in your future endeavors in technology simple.

Anyone and everyone can learn C Programming Language as it is easy to understand. Post learning C language aspiring job-seekers can look to learn more technologies coded on C language to further enhance their Resume.

C Language Syllabus :

Introduction to Programming

• Lesson 1. Fundamentals in C

• Lesson 2. Operators and Expressions

• Lesson 3. Data types

• Lesson 4. Input-Output Library Functions

• Lesson 5. Control statements

• Lesson 6. Function

• Lesson 7. Storage class

• Lesson 8. Pointer

• Lesson 9. Pointer and Function

• Lesson 10. Array

• Lesson 11. Pointer and array

• Lesson 12. Array and function

• Lesson 13. Dynamic memory allocation

• Lesson 14. String

• Lesson 15. String and function

• Lesson 16. Command line arguments

• Lesson 17. Preprocessor

• Lesson 18. Structure

• Lesson 19. Structure and function

• Lesson 20. File Handling

Syllabus Details

• Lesson 1. Introduction to Programming

• Lesson 2. Program and Programming

• Lesson 3. Programming Languages

• Lesson 4. Types of software's

• Lesson 5. Operating Systems

• Lesson 6. Dos commands

• Lesson 7. Basic Linux commands and vi editor

• Lesson 8. Compiler, Interpreter, Loader and Linker

Fundamentals in C

• Lesson 1. History of 'C'

• Lesson 2. A Simple C Program

• Lesson 3. Program execution phases

• Lesson 4. Backslash character constants

• Lesson 5. Character set

• Lesson 6. Constants

• Lesson 7. Number systems

• Lesson 8. Format specifiers

• Lesson 9. Identifiers

• Lesson 10. Keywords

• Lesson 11. Variables

• Lesson 12. Data Types

• Lesson 13. Declaration of Variable

• Lesson 14. Assigning Values to Variables

• Lesson 15. Initialization

• Lesson 16. Comments

• Lesson 17. Const Qualifier

• Lesson 18. Basic Structure of a 'C' program

• Lesson 19. Programming Examples

Operators and Expressions

• Lesson 1. Arithmetic operators

• Lesson 2. Increment and decrement operators

• Lesson 3. Relational operators

• Lesson 4. Logical operators

• Lesson 5. The bitwise operators

• Lesson 6. The assignment operators

• Lesson 7. The conditional operator

• Lesson 8. The size of operator

• Lesson 9. The comma operator

• Lesson 10. Type casting operator

• Lesson 11. Other operators

• Lesson 12. Precedence and order of evaluation

• Lesson 13. Programming Examples

Data types

• Lesson 1. Modifiers

• Lesson 2. Format specifiers

• Lesson 3. Dealing with each data types

• Lesson 4. Memory representation of each type

• Lesson 5. Programming Examples

Input-Output Library Functions

• Lesson 1. Unformatted I-O Functions

• Lesson 2. Single Character Input-Output

• Lesson 3. String Input-Output

• Lesson 4. Formatted I-O Functions

• Lesson 5. printf() Width Specifier

• Lesson 6. scanf() Width Specifier

• Lesson 7. Programming Examples

Control statements

• Lesson 1. Conditional Control Statements

• Lesson 2. if

• Lesson 3. if-else

• Lesson 4. nested if-else

• Lesson 5. else-if ladder

• Lesson 6. Multiple Branching Control Statement

• Lesson 7. switch-case

• Lesson 8. Loop Control Statements

• Lesson 9. while

• Lesson 10. do-while

• Lesson 11. for

• Lesson 12. Nested Loops

• Lesson 13. Jump Control statements

• Lesson 14. break

• Lesson 15. continue

• Lesson 16. goto

• Lesson 17. exit

• Lesson 18. return

• Lesson 19. Programming Examples

Function

• Lesson 1. What is function?

• Lesson 2. Why function?

• Lesson 3. Advantages of using functions

• Lesson 4. Function Prototype

• Lesson 5. Defining a function

• Lesson 6. Calling a function

• Lesson 7. Return statement

• Lesson 8. Types of functions

• Lesson 9. Recursion

• Lesson 10. Nested functions

• Lesson 11. main() function

• Lesson 12. Library Function

• Lesson 13. Local and global variables

• Lesson 14. Programming Examples

Function

• Lesson 1. Types of storage class

• Lesson 2. Scoping rules

• Lesson 3. Dealing with all storage classes

• Lesson 4. Programming Examples

Pointer

• Lesson 1. Def of Pointer

• Lesson 2. Declaration of Pointer Variables

• Lesson 3. Assigning Address to Pointer

• Lesson 4. Variables

• Lesson 5. De-referencing Pointer Variables

• Lesson 6. Pointer to Pointer

• Lesson 7. Pointer Arithmetic

• Lesson 8. Pointer comparisons

• Lesson 9. De-reference and increment pointer

• Lesson 10. Programming Examples

Pointer and Function

• Lesson 1. Parameter Passing Techniques – call by value, call by address

• Lesson 2. Using Pointers as Arguments Function Returning value

• Lesson 3. Returning More than one value From A Function

• Lesson 4. Functions Returning Address

• Lesson 5. Function Returning Pointers

• Lesson 6. Dangling pointer

• Lesson 7. Pointer to a Function

• Lesson 8. Calling A function through function pointer

• Lesson 9. passing A function's address as an

• Lesson 10. Argument to other function

• Lesson 11. Functions with variable number of arguments

• Lesson 12. Programming Examples

Array

• Lesson 1. One dimensional arrays

• Lesson 2. Declaration of 1D arrays

• Lesson 3. Initialization of 1D arrays

• Lesson 4. Accessing element of 1D arrays

• Lesson 5. Reading and displaying elements

• Lesson 6. Two dimensional arrays

• Lesson 7. Declaration of 2D arrays

• Lesson 8. Initialization of 2D arrays

• Lesson 9. Accessing element of 2D arrays

• Lesson 10. Reading and displaying elements

• Lesson 11. Programming Examples

Pointer and Array

• Lesson 1. Pointer and one dimensional arrays

• Lesson 2. Subscripting pointer variables

• Lesson 3. Pointer to an array

• Lesson 4. Array of pointers

• Lesson 5. Pointers and two dimensional arrays

• Lesson 6. Subscripting pointer To an array

• Lesson 7. Programming Examples

Array and Function

• Lesson 1. 1D array and function

• Lesson 2. Passing individual array elements to a function passing individual array elements address to a function

• Lesson 3. passing whole 1d array to a function

• Lesson 4. 2D array and function

• Lesson 5. Passing individual array elements to a function

• Lesson 6. Passing individual array elements address to a function

• Lesson 7. passing whole 2d array to a function

• Lesson 8. using arrays of function pointer

• Lesson 9. Programming Examples

Dynamic memory allocation

• Lesson 1. malloc()

• Lesson 2. calloc()

• Lesson 3. realloc()

• Lesson 4. free()

• Lesson 5. Core dump

• Lesson 6. Memory leak

• Lesson 7. Dynamic 1D and 2D Arrays

• Lesson 8. Programming Examples

Strings

• Lesson 1. strings versus character arrays

• Lesson 2. Initializing strings

• Lesson 3. Reading string

• Lesson 4. Displaying string

• Lesson 5. The %s format specifier

• Lesson 6. The gets() and puts() functions

• Lesson 7. string handling functions

• Lesson 8. string pointers

• Lesson 9. Two-dimensional character arrays or array of string

• Lesson 10. array of pointers to strings

• Lesson 11. Programming Examples

Command line arguments

• Lesson 1. what is command prompt?

• Lesson 2. why command line?

• Lesson 3. What are command line arguments?

• Lesson 4. Programs using command line

Preprocessor

• Lesson 1. What is preprocessing?

• Lesson 2. Macro expansions

• Lesson 3. File inclusions

• Lesson 4. Conditional compilation

• Lesson 5. Programming Examples

Structure

• Lesson 1. Why is structure used?

• Lesson 2. What is structure?

• Lesson 3. Advantages of structures

• Lesson 4. Defining a Structure

• Lesson 5. Declaration of Structure Variables

• Lesson 6. Initialization of Structure Variables

• Lesson 7. Accessing Structure Members

• Lesson 8. Storage of Structures in Memory

• Lesson 9. Size of Structures

• Lesson 10. Reading and Displaying Structure Variables

• Lesson 11. Assignment of Structure Variables

• Lesson 12. Pointers to structures

• Lesson 13. Array of structures

• Lesson 14. Arrays within structures

• Lesson 15. Nested structures

• Lesson 16. Self-referential structures

• Lesson 17. Programming Examples

Structure and Function

• Lesson 1. Passing structure member to a function

• Lesson 2. Passing structure variable to a function

• Lesson 3. Passing structure variable address to a function

• Lesson 4. Passing array of structure to a function

• Lesson 5. Returning a structure variable from function

• Lesson 6. Returning a structure variable address from function

• Lesson 7. Returning structure variable from a function

• Lesson 8. Programming Examples

Union and Enumeration and typedef

• Lesson 1. What are unions?

• Lesson 2. Structures versus unions

• Lesson 3. Working with unions

• Lesson 4. Initialising unions

• Lesson 5. Advantages of unions

• Lesson 6. enum keyword

• Lesson 7. typedef keyword

• Lesson 8. Programming Examples

File Handling

• Lesson 1. Using files in C

• Lesson 2. Buffer and streams

• Lesson 3. Working with text files and Binary

• Lesson 4. Files

• Lesson 5. File operations using std. library and system calls

• Lesson 6. File management I/O functions

• Lesson 7. Random Access Files

• Lesson 8. Programming Examples

Syllabus Updates : We keep adding/upgrading our syllabus every 6-12 months to accommodate for advancement. Some topics can be omitted from syllabus without prior notice as they might be redundant or not relevant to the batch being trained. You can request any Topic from your trainer.