C Language Classes
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?+
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