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Prerequisites for learning C Programming:

This is a fundamental programming language so no prior knowledge of programming languages is required. C programming serves as a foundation for programming language and computer programming, logical and mathematical aptitude will be beneficial while taking this training.

C is a fundamental programming language and students can develop programming concepts and logic and then move on to higher-level languages. C programming being flexible and versatile language is extensively in various fields from microcontrollers to operating systems.

C is used in Embedded systems, browsers, instant messengers, high-end games, graphics engines, and kernels.

So, C programming lays foundations in the following careers:

• Embedded System
• Computer Programming
• Object-Oriented Development
• Software Development

MODULE 1: FUNDAMENTAL CONCEPTS IN PROGRAMMING WITH C

INTRODUCTION TO C

• Advantages of C Compiler
• Difference between Compiler and Interpreter
• Structure of a C Program
• Writing Programs in C
• Compiling C Programs to generate executable file
• Debugging C Program
• Running a C Application Program

DATA TYPES AND VARIABLES

• Data Types and its importance
• Operands, Operators, and Arithmetic Expressions

INPUT/OUTPUT MANAGEMENT

• Input/Output in C
• getchar(), putchar(), getch(), getche() functions
• Structure of a C Program
• Taking Input using scanf() function
• Formatting output using printf() function

CONTROL-FLOW STATEMENTS

• Control-Flow Program Statements like if/ else, switch
• Looping Statements like for, while, do while
• Structure of a C Program
• Data-checking process

MODULAR PROGRAMMING USING FUNCTIONS IN C

• Functions in C
• Passing Data to Functions
• Passing address to functions to directly update the value in memory
• Introduction to Standard Library Functions
• Difference between user defined function and built-in functions.

ARRAYS, POINTERS, AND STRINGS

• Arrays
• Pointers
• Strings
• Using Arrays, Strings, and Pointers in C Programs

STRUCTURES AND DYNAMIC MEMORY ALLOCATION

• Structures
• Arrays of Structures
• Passing Structures to Functions
• Nesting Structures
• Dynamic Memory Allocation

THE PREPROCESSOR AND MULTIPLE-FILE COMPILATION

• The C Preprocessor and the #include and #define directives
• Global Variables and Variable Storage Classes
• Program Organization and Multi-file Compilation

FILE INPUT/OUTPUT

• Command-line Arguments
• File Input and Output
• Combining Command-line Arguments and File I/O