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C is a powerful, efficient, and flexible programming language that serves as the foundation for many modern technologies, including operating systems, embedded systems, and high-performance applications. Learning C provides a strong understanding of programming concepts and prepares learners for advanced languages like C++, Java, and Python.
This 30-day structured course is designed to help beginners grasp the fundamentals of C programming through hands-on coding, real-world applications, and interactive exercises. Whether you’re a student, aspiring software developer, or engineer, this course will help you develop a strong programming foundation.
Curriculum
- 5 Sections
- 28 Lessons
- 4 Weeks
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- Week 1: Introduction & Basics7
- 1.1Introduction to C – History, Features, and Applications
- 1.2Setting Up the Environment – Installing a Compiler (GCC, Turbo C, Code::Blocks)
- 1.3Basic Structure of a C Program – main(), Header Files, Compilation & Execution
- 1.4Variables and Data Types – int, float, char, double, etc.
- 1.5Input & Output in C – printf(), scanf(), gets(), puts()
- 1.6Operators in C – Arithmetic, Relational, Logical, Bitwise, Assignment
- 1.7Control Statements – Part 1 – if, if-else, nested if, else-if ladder
- Week 2: Control Flow & LoopsControl Statements - Part 2 – switch-case Statement6
- 2.1Loops in C – Part 1 – for Loop and its Variations
- 2.2Loops in C – Part 2 – while Loop and do-while Loop
- 2.3Break, Continue, and Goto Statements – Loop Control
- 2.4Functions in C – Part 1 – Defining & Calling Functions, Return Values
- 2.5Functions in C – Part 2 – Function Arguments, Call by Value & Reference
- 2.6Recursion in C – Concept, Examples, and Differences from Iteration
- Week 3: Arrays, Strings & Pointers0
- Arrays in C - Part 1 – 1D Arrays: Declaration, Initialization, and Operations6
- 4.1Arrays in C – Part 2 – 2D Arrays (Matrices) & Multi-Dimensional Arrays
- 4.2Strings in C – Part 1 – Character Arrays, String Input/Output
- 4.3Strings in C – Part 2 – String Functions (strlen(), strcpy(), strcmp(), strcat())
- 4.4Pointers in C – Part 1 – Basics, Pointer Arithmetic
- 4.5Pointers in C – Part 2 – Pointers and Arrays, Pointers to Functions
- 4.6Dynamic Memory Allocation – malloc(), calloc(), realloc(), free()
- Week 4: Advanced Concepts & File Handling9
- 5.1Structures in C – Part 1 – Declaring & Using Structures
- 5.2Structures in C – Part 2 – Nested Structures, Array of Structures
- 5.3Unions & Enumerations – Differences Between Structure & Union
- 5.4File Handling – Part 1 – File Operations (fopen(), fclose(), fprintf(), fscanf())
- 5.5File Handling – Part 2 – Reading & Writing Files, fgets(), fputs()
- 5.6Preprocessor Directives – #define, #include, #ifdef, #ifndef
- 5.7Command Line Arguments – How to Pass Arguments to main()
- 5.8Error Handling & Debugging – Common Errors, Debugging Techniques
- 5.9Mini Project & Revision – Simple C Project (Calculator, Student Record System, etc.)
To enroll in a course, you need to create an account on our platform, browse our course catalog, and click on the "Enroll" button next to the course you want to join. Follow the on-screen instructions to complete the registration process.
Yes, most of our courses offer a certificate of completion, provided you meet all the course requirements, such as passing quizzes and submitting assignments.
Courses often include quizzes, assignments, and sometimes final exams to assess your understanding of the material. The specific assessment methods will be detailed in the course syllabus.
Courses can be paid for using a credit/debit card, PayPal, or other payment methods specified at checkout. Payment is required at the time of enrollment.
Requirements
- ✅ Basic Computer Knowledge – Understanding of file management and using a text editor.
- ✅ No Prior Programming Experience Required – This course is designed for complete beginners.
- ✅ A C Compiler Installed – GCC (MinGW for Windows), Turbo C, Dev-C++, or Code::Blocks.
- ✅ A Text Editor or IDE – VS Code, Code::Blocks, Dev-C++, or any preferred text editor.
- ✅ A Computer – Windows, macOS, or Linux for running and compiling C programs.
Features
- 🔹 Error Handling & Debugging – Learn to identify and fix common errors.
- 🔹 Hands-On Coding – Daily exercises and practice problems.
- 🔹 Step-by-Step Approach – Starts with basic syntax and progresses to advanced topics.
- 🔹 Mini Projects – Implement real-world applications such as a calculator or student management system.
- 🔹 30-Day Learning Path – Covers C fundamentals, control structures, functions, pointers, and more.
- 🔹 Interactive Learning – Quizzes, coding challenges, and assignments for deeper understanding.
- 🔹 Real-World Applications – Use C for system programming, embedded systems, and application development.
Target audiences
- 👨🎓 Students & Beginners – Those new to programming who want to build a strong foundation.
- 💡 Engineering & Computer Science Students – Essential for college coursework and technical skill development.
- 💻 Aspiring Software Developers – Those planning to pursue a career in programming.
- 🔧 Electronics & Embedded Engineers – Who work on microcontrollers and low-level programming.
- 📈 Career Switchers – Professionals looking to enter the software industry.
- 📈 Career Switchers – Professionals looking to enter the software industry.
