C Training Course Noida

Module 1: Introduction to C Programming

• History and Evolution of C: Understanding the origins and development of the C language.
• Setting Up the Environment: Installing and configuring a C compiler and IDE.
• Basic Structure of a C Program: Writing, compiling, and executing your first C program.

Module 2: Basic Concepts and Syntax

• Variables and Data Types: Declaring and initializing variables, understanding data types.
• Operators and Expressions: Arithmetic, relational, logical, bitwise, and assignment operators.
• Input and Output: Using printf and scanf functions for standard I/O operations.

Module 3: Control Structures

• Decision Making: Implementing if, if-else, nested if, and switch-case statements.
• Loops: Using for, while, and do-while loops for iteration.
• Break and Continue: Controlling loop execution with break and continue statements.

Module 4: Functions

• Defining and Calling Functions: Creating user-defined functions, function prototypes.
• Scope and Lifetime of Variables: Understanding local and global variables.
• Recursion: Implementing recursive functions and understanding their use cases.

Module 5: Arrays and Strings

• One-Dimensional Arrays: Declaring, initializing, and accessing array elements.
• Multi-Dimensional Arrays: Working with two-dimensional and multi-dimensional arrays.
• Strings: Handling strings and string operations using standard library functions.

Module 6: Pointers

• Introduction to Pointers: Understanding pointers, pointer arithmetic, and pointer operations.
• Pointers and Arrays: Using pointers to access and manipulate array elements.
• Pointers to Functions: Implementing function pointers and callback functions.
• Dynamic Memory Allocation: Using malloc, calloc, realloc, and free for dynamic memory management.

Module 7: Structures and Unions

• Defining Structures: Creating and using structures to group related data.
• Arrays of Structures: Working with arrays of structures.
• Nested Structures: Implementing structures within structures.
• Unions: Understanding and using unions to save memory.

Module 8: File Handling

• File Operations: Opening, reading, writing, and closing files using standard I/O functions.
• File Pointers: Using file pointers for file operations.
• Binary File I/O: Reading and writing binary files.

Module 9: Preprocessor Directives

• Macros: Defining and using macros for code simplification.
• File Inclusion: Using #include directive for file inclusion.
• Conditional Compilation: Implementing conditional compilation using #ifdef, #ifndef, #else, and #endif.

Module 10: Advanced Topics

• Bitwise Operations: Understanding and using bitwise operators for low-level programming.
• Command Line Arguments: Handling command line arguments in C programs.
• Memory Management: Advanced memory management techniques and debugging.

Module 11: Capstone Project

• Project Selection: Choosing a real-world problem to solve using C.
• Project Implementation: Developing a comprehensive C application from scratch.
• Presentation: Preparing a detailed report and presentation of the project, showcasing the results and impact.