- Build strong programming logic and fundamentals
- Develop problem-solving and debugging skills
- Understand system-level programming with memory access
- Be ready for advanced programming (C++, Java, Python)
- Create small-scale applications and utility tools using C
- Course Duration: 1.5 Months 00:00:00
- Mode: Available in Offline & Online 00:00:00
- Level: Beginner to Intermediate 00:00:00
- Get 40% OFF by enrolling in the online training mode! 00:00:00
- What is Programming? 00:00:00
- History and Features of C Language 00:00:00
- Installing and Setting Up IDE (Turbo C/GCC/Code::Blocks) 00:00:00
- Writing Your First C Program 00:00:00
- Structure of a C Program 00:00:00
- Compilation and Execution Process 00:00:00
- Keywords and Identifiers 00:00:00
- Variables and Data Types (int, float, char, etc.) 00:00:00
- Constants and Literals 00:00:00
- Input and Output (printf, scanf) 00:00:00
- Operators: Arithmetic, Relational, Logical, Assignment 00:00:00
- Conditional Statements (if, if-else, nested if) 00:00:00
- switch-case Statement 00:00:00
- Loops: while, do-while, for 00:00:00
- break, continue, and goto Statements 00:00:00
- Declaring and Defining Functions 00:00:00
- Function Arguments and Return Types 00:00:00
- Call by Value and Call by Reference 00:00:00
- Recursion in C 00:00:00
- Scope and Storage Classes (auto, static, extern, register) 00:00:00
- Single and Multi-Dimensional Arrays 00:00:00
- Array Operations 00:00:00
- String Handling with Built-in Functions 00:00:00
- Character Arrays vs String Library 00:00:00
- Common String Manipulations (strcpy, strlen, strcat, strcmp) 00:00:00
- Introduction to Pointers 00:00:00
- Pointer Arithmetic 00:00:00
- Pointers and Arrays 00:00:00
- Pointers with Functions 00:00:00
- Pointers and Strings 00:00:00
- Double Pointers 00:00:00
- Declaring and Initializing Structures 00:00:00
- Accessing Structure Members 00:00:00
- Nested Structures 00:00:00
- Array of Structures 00:00:00
- Pointers to Structures 00:00:00
- Introduction to Unions and Comparison with Structures 00:00:00
- malloc(), calloc(), realloc(), and free() 00:00:00
- Memory Leaks and Proper Memory Management 00:00:00
- Real-Life Examples of Dynamic Allocation 00:00:00
- File Pointers and Opening Modes 00:00:00
- Reading and Writing Files (fopen, fclose, fprintf, fscanf, fgetc, fputc) 00:00:00
- File Operations (create, read, write, append) 00:00:00
- Random Access in Files 00:00:00
- Command Line Arguments 00:00:00
- Bitwise Operators 00:00:00
- Header Files and Macros 00:00:00
- Error Handling in C 00:00:00
- Building Mini Projects: Calculator, Student Record System, etc. 00:00:00
- Debugging Techniques 00:00:00
- Code Comments and Readability 00:00:00
- Writing Clean, Modular Code 00:00:00
- Best Practices for Beginners 00:00:00
- Hands-On Project Assignment 00:00:00
- Viva and Code Walkthrough 00:00:00
- Course Review and Feedback 00:00:00
- Certification Exam 00:00:00
- Laptop or desktop system
- No prior coding experience required
- Educational Background should be 10th or Higher
C is often called the mother of all programming languages — and for good reason. It builds the foundation for understanding how computers work at the memory and logic level. The C Programming Course is designed to introduce absolute beginners to the world of programming through structured, hands-on learning.
This course covers all essential C concepts — from variables, operators, loops, and functions to more advanced topics like arrays, pointers, memory management, structures, and file handling. Learning C helps students develop a strong base in programming logic, making it easier to transition into advanced languages like C++, Java, Python, and even backend technologies.
For aspiring software developers, computer science students, and anyone curious about how code interacts with hardware — C is the best language to start with. This course is filled with practical coding sessions, assignments, and real-world examples that ensure deep understanding and retention.
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