C is one of the most powerful and foundational programming languages ever created. It provides low-level control, efficient memory management, and a deep understanding of how computers actually work. Learning C helps you build a strong base for mastering advanced languages, data structures, algorithms, operating systems, embedded systems, and more.
This repository is designed as a day-by-day learning path, starting from the absolute basics and gradually moving toward advanced topics. Each concept is explained in a structured, beginner-friendly way so that any learner can follow along without difficulty.
The project is organized into multiple folders, each representing a learning day or topic. Every folder contains:
- A dedicated
readme.mdthat explains the theory - Example programs
- Input/output demonstrations
- Practice problems (where applicable)
This makes the repository easy to navigate and perfect for self-study.
Throughout this repository, you will cover topics such as:
- Basic syntax
- Variables and data types
- Operators
- Conditional statements
- Loops
- 1D and 2D arrays
- Array operations
- String operations
- Frequency analysis
- Function declaration and usage
- Argument passing
- Return values
- Pointer-based functions
- Recursion
- Nested loops and patterns
- Pointer manipulation
- Math functions
- Matrix types and validation
Many days include:
- Practice sets
- Coding exercises
- Test days to check progress
This project aims to:
- Build a solid foundation in C programming
- Help beginners understand concepts through step-by-step explanations
- Provide clean, easy-to-read code examples
- Offer a structured learning roadmap for consistent progress
Whether you're preparing for university courses, coding contests, or interviews, this repository will guide you through essential C programming knowledge.
Md Monjur Bakth Mazumder
Software Engineer | Lead Frontend Developer
Software Engineer & Lead Frontend Developer at Qrinux
Software Engineer & Lead Frontend Developer at Boom Box E-Solutions
Passionate about building clean, maintainable, and scalable applications