C Language
Learn C from first program to pointers, structures, and files — the foundation of all modern programming.
A complete, beginner-friendly C programming course that takes students from writing their first program through control flow, arrays, functions, pointers, structures, and file handling. Built on the widely adopted standard C curriculum used by school and college courses worldwide, it gives learners the strong procedural-programming foundation needed for C++, Java, Python, and computer science exams. Note: C is a general-purpose language without a single board-mandated syllabus, so this course follows the standard topic progression common to school and university C courses.
What you'll learn
- ✓Write, compile, and debug C programs from scratch using a standard compiler
- ✓Apply operators, decision-making, and loops to build problem-solving logic
- ✓Use one- and two-dimensional arrays and string functions to manage data
- ✓Create reusable, modular code with functions, recursion, and storage classes
- ✓Master pointers, pointer arithmetic, and dynamic memory allocation
- ✓Model real-world data with structures, unions, and enums
- ✓Read from and write to files for persistent data storage
- ✓Build a strong procedural foundation for C++, Java, Python, and CS exams
Full syllabus
Mapped to the official Programming curriculum.
01Unit 1: Introduction to C and Program Structure+
- History and features of the C language
- Structure and life cycle of a C program (editing, compiling, linking, running)
- Writing and running your first C program
- Header files, main() function, and the compilation process
- Comments, statements, and basic syntax
- Input and output: printf() and scanf()
02Unit 2: Data Types, Variables, and Operators+
- Identifiers, keywords, and variables
- Data types: int, float, double, char and their sizes
- Constants and the const qualifier
- Arithmetic, relational, logical, assignment, and increment/decrement operators
- Bitwise and ternary operators
- Type conversion and type casting
- Operator precedence and associativity
03Unit 3: Control Structures+
- Decision making: if, if-else, nested if-else, else-if ladder
- switch-case statements
- Loops: while, do-while, and for
- Nesting of loops
- Jump statements: break, continue, and goto
04Unit 4: Arrays and Strings+
- One-dimensional arrays: declaration, initialization, and traversal
- Array operations: searching, insertion, deletion, and sorting (bubble sort)
- Two-dimensional arrays: matrix addition, transpose, and multiplication
- Strings as character arrays
- String input/output and built-in string functions (strlen, strcpy, strcmp, strcat)
05Unit 5: Functions and Storage Classes+
- Defining and calling functions; function prototypes
- Function arguments and return values
- Call by value vs. call by reference
- Recursion
- Scope and lifetime of variables
- Storage classes: auto, register, static, extern
- Standard library and math functions
06Unit 6: Pointers and Dynamic Memory+
- Memory addresses and pointer fundamentals
- Pointer declaration, dereferencing, and arithmetic
- Pointers and arrays
- Passing pointers to functions (call by reference)
- Dynamic memory allocation: malloc, calloc, realloc, free
07Unit 7: Structures, Unions, and Enums+
- Structure declaration, initialization, and accessing members
- Array of structures and nested structures
- Passing structures to functions and structure pointers
- Unions and their use cases
- Enumerations (enum) and typedef
08Unit 8: File Handling and the Preprocessor+
- Introduction to files and streams in C
- Opening, closing, reading, writing, and appending to files
- Sequential and random access of files
- The C preprocessor: #include, #define, and macros
- Conditional compilation
Tools you'll use
Exam pattern
As a general programming course, C has no fixed board exam split. Assessment in school/college settings is typically theory plus a lab/practical component (commonly around 70 theory / 30 practical), with practical evaluation based on a programming lab record and viva.
Practical / project
Hands-on coding throughout: 175+ guided programming exercises spanning every topic, plus mini-projects such as a calculator, student record system using structures and files, and matrix/string utilities. Each unit includes lab assignments compiled and run on a real compiler, with debugging and code-tracing practice.
Who it's for
School and early-college students starting their programming journey, learners preparing for computer science courses or coding interviews, and anyone wanting a solid foundation in procedural programming before moving to C++, Java, or Python.
What's included
- ✓Live interactive online classes with Kajal Ma'am, teaching programming since 2006
- ✓Shared-screen live coding where every concept is typed, run and explained in real time
- ✓Chapter-wise C programming notes covering syntax, control flow, arrays, functions, pointers, structures and file handling
- ✓Worked example programs and dry-run walkthroughs for each topic
- ✓Topic-wise assignments and practice problem sets with feedback
- ✓Dedicated doubt-solving sessions to clear errors and logic gaps
- ✓Hands-on coding practice on real C programs and small projects
- ✓Choice of Group batch or One-to-One mode (fees differ by mode)
Why study C Language?
C is the foundational programming language of computer science and is widely regarded as the "mother of all languages," because mastering it builds the logical thinking, memory awareness and procedural-programming base that makes C++, Java and Python far easier to learn. For school and engineering students it is usually the first serious language in CS and IT curricula, so a strong start in C directly improves grades in programming papers and lab work. Because C teaches how computers actually handle memory, data types and control flow with minimal abstraction, students gain real understanding instead of surface-level coding, which has lasting scoring and career value.
C remains a core skill for systems-level work such as operating systems, embedded systems, device drivers and performance-critical software, and the cores of Linux, Windows and macOS are still built on C foundations. The high-performance backends of modern AI and data libraries like TensorFlow and PyTorch rely on optimised C and C++, so understanding C strengthens any future path in CS, engineering, data or the broader IT industry. For students heading into B.Tech, BCA, BSc CS or similar degrees, C is usually the first programming course and a dependable foundation for everything that follows.
Learn directly from Kajal Ma'am
An MCA who has taught computer subjects since 2006, Kajal Mehta personally mentors every batch — turning dense theory into clear, exam-ready understanding.
Course FAQs
Is this C programming course taught fully online and live?+
Who can join the C Language course?+
Do you offer Group batch and One-to-One classes, and how do the fees differ?+
Is there a fixed board syllabus for this course?+
Will this help with my school or college practical exams and viva?+
Can I get a demo or trial before enrolling?+
Related courses
Book a free demo for C Language
See a real class before you decide. No pressure, no payment.
Book Free Demo on WhatsApp