Free C programming Course
C for Beginners
Learn variables, data types, operators, arrays, functions, and pointers with hands-on examples. Enroll in this free C Programming course to build a strong foundation in coding from scratch.
Instructor:
Mr. Bharani AkellaAbout this course
This C programming course will help you develop the practical skills needed to write efficient programs and solve real-world programming challenges. You’ll gain a solid understanding of C’s core concepts, enabling you to create system application software and work with complex data structures, preparing you for a variety of programming tasks in any development environment.
The course covers key topics such as variables, data types, and operators, helping you grasp how data is handled in C. You’ll also explore input and output statements, arrays, and functions, gaining practical experience in manipulating data and structuring programs. As you progress, you’ll learn about strings, structures, unions, and pointers, which are critical for working with complex data structures in C.
Course outline
C Program Structure: Preprocessor, Compilation (GCC), and Main Function
trace the C compilation pipeline: Preprocessor (#include), Compiler, Assembler, and Linker. Write the skeleton syntax including void main()and header files.
Variables & Identifiers: Declaration, Initialization, and Scope Rules
Define variables using specific naming conventions (Identifiers) and manage visibility via Local vs. Global scope. Assign values to memory locations using the assignment operator (=).
Primitive Data Types: int, float, char, and Size Modifiers
allocate memory using primitive types: int (Integers), float / double(Decimals), and char (Characters). Apply modifiers like signed, unsigned, short, and long to optimize storage.
I/O Operations: printf, scanf, and Format Specifiers (%d, %s)
Execute Input/Output using the
C Operators: Arithmetic, Relational, Bitwise, and Ternary
Perform calculations using Arithmetic(+, % Modulo), Relational (==, !=), and Logical (&&, `
Array Data Structures: Zero-Based Indexing and Memory Contiguity
Store collections of homogenous data in contiguous memory blocks. Access elements using Zero-Based Indexing(arr[0]) and iterate through 1D Arraysand 2D Matrices using loops.
Modular Programming: Function Prototypes, Parameters, and Return Types
Structure code using Function Declarations (Prototypes) and Definitions. Pass data via Argumentsand return values using the returnstatement. Differentiate between Voidand typed functions.