Advanced C Programming – Self Paced

Take your C programming skills to the next level with our Advanced C Programming Course. This comprehensive course is designed for learners who already have a basic understanding of C and want to master advanced programming concepts, data structures, memory management, multithreading, and file operations.

The course starts with a refresher on programming basics and C language fundamentals, including compiling and running C programs, and a detailed overview of data types, variables, constants, and operators. You will then explore control structures such as loops, conditional statements, and jump statements, essential for complex programming logic.

You’ll master functions, recursion, and function libraries, gaining the ability to write modular and reusable code. The course covers arrays, pointers, and the intricate relationship between them, enabling advanced memory manipulation and efficient program design. Learn how to work with strings, structures, and unions, including nested structures and passing them to functions for robust data handling.

File operations are a key focus, with modules on sequential and random file access, file manipulation, and error handling. You’ll dive deep into dynamic memory management, including static and dynamic allocation, pointers to pointers, and complex data structures like linked lists.

Additional advanced topics include pre-processor directives, macros, bitwise operations, advanced control structures, recursion and backtracking, and function pointers. You will also gain practical skills in multithreading and concurrency, learning about threads, processes, synchronization, mutexes, semaphores, and parallel programming challenges.

By the end of this course, you will have the expertise to tackle complex C programming projects, optimize memory usage, implement concurrency, and build efficient, high-performance applications.

📖 Course Curriculum (Highlights)

1. Introduction to Programming and C – Basics, Features, Anatomy of C Program

2. Data Types, Variables, and Operators – Typecasting, Arithmetic, Logical, Relational Operators

3. Control Structures – Loops, Conditional Statements, Jump Statements

4. Functions – Parameters, Recursion, Function Libraries

5. Arrays and Pointers – 1D & Multi-D Arrays, Pointer Arithmetic, Arrays & Pointers Relationship

6. Strings and Characters – String Functions, Manipulation, ASCII Values

7. Structures and Unions – Nested Structures, Passing to Functions

8. File Input and Output – Sequential/Random Access, File Operations, Error Handling

9. Memory Management & Dynamic Data Structures – Static/Dynamic Allocation, Linked Lists

10. Pre-processor Directives and Macros – #include, #define, Conditional Compilation

11. Bitwise Operations – Binary Manipulation, Bitwise Operators & Shifts

12. Advanced Control Structures – Nested Loops, Ternary Operator, Switch Cases

13. Recursion and Backtracking – N-Queens Problem, Iteration vs Recursion

14. Pointers to Functions – Callback Functions, Function Pointers in Data Structures

15. Dynamic Memory Management – malloc, calloc, realloc, Memory Leak Prevention

16. Multithreading and Concurrency – Threads, Synchronization, Mutexes, Semaphores, Parallel Programming

🌟 Why Enroll in This Course?

✔ Advance your C programming knowledge beyond basics
✔ Master pointers, dynamic memory, and multithreading
✔ Learn file handling, recursion, backtracking, and concurrency
✔ Build high-performance, efficient C programs
✔ Gain skills for system programming, software development, and competitive coding