Module 1: Introduction to C Programming
Description: Learn the basics of C programming, its history, features, applications, and how to set up a programming environment.
Module 2: Structure of a C Program
Description: Understand the anatomy of a C program, including headers, functions, variables, and program execution flow.
Module 3: Variables and Data Types
Description: Learn about different data types, variables, constants, and type modifiers used in C.
Module 4: Operators and Expressions
Description: Explore arithmetic, relational, logical, assignment, and bitwise operators along with expression evaluation.
Module 5: Input and Output Functions
Description: Use functions like printf() and scanf() to interact with users and display program results.
Module 6: Decision Making Statements
Description: Learn conditional statements such as if, if-else, nested if, and switch statements.
Module 7: Looping Statements
Description: Master repetitive tasks using for, while, and do-while loops.
Module 8: Arrays
Description: Store and manage multiple values using one-dimensional and two-dimensional arrays.
Module 9: Strings
Description: Work with character arrays and string handling functions for text processing.
Module 10: Functions
Description: Create reusable code using user-defined functions, function parameters, and return values.
Module 11: Recursion
Description: Understand recursive functions and solve problems through self-calling functions.
Module 12: Pointers
Description: Learn memory addressing, pointer variables, pointer arithmetic, and their practical applications.
Module 13: Structures and Unions
Description: Organize related data using structures and optimize memory usage with unions.
Module 14: File Handling
Description: Read from and write to files using file handling functions for data storage.
Module 15: Dynamic Memory Allocation
Description: Allocate and manage memory dynamically using malloc(), calloc(), realloc(), and free().
Module 16: Preprocessor Directives
Description: Use macros, header files, and conditional compilation to improve code efficiency.
Module 17: Storage Classes
Description: Understand auto, static, extern, and register storage classes and their scope.
Module 18: Command Line Arguments
Description: Learn how programs can receive input directly from the command line.
Module 19: Error Handling and Debugging
Description: Identify, troubleshoot, and fix common programming errors effectively.
Module 20: Mini Projects & Practical Applications
Description: Build real-world projects such as Student Management System, Library Management System, Calculator, Banking System, and Inventory Management System.
Course Outcome
After completing this course, students will be able to:
- Understand programming fundamentals.
- Develop C-based applications independently.
- Work with arrays, functions, pointers, and files.
- Apply problem-solving and logical thinking skills.
- Build a strong foundation for C++, Java, Python, and Data Structures.
Course Duration: 2–3 Months
Level: Beginner to Intermediate
Institute: Network Net Training Institute