C and C++ are considered "low-level" languages, meaning they provide a close-to-hardware level of control. Learning these languages can help you understand the fundamental concepts of programming, memory management, and system architecture

Knowing C/C++ can provide a solid foundation for understanding higher-level languages like Java, C#, or Python. Learning lower-level languages can give you insights into how higher-level abstractions are implemented.

Many job positions in the software industry require or prefer knowledge of C/C++. If you're looking to pursue a career in fields like systems programming, game development, or performance optimization, learning C/C++ can enhance your job prospects.

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Syllabus

Syllabus we covered

Module 1

Introduction to C

Introduction to programming and C, C++
Setting up the C, C++ Environment
Writing and Running Your First C and C++ Program

Module 2

Basics of C & C++ Programming

Variables and Data Types
Operators and Expressions
Input and Output

Module 3

Control Flow

Conditional Statements (if, else, switch)
Loops (for, while, do-while)
Break and Continue

Module 4

Functions

Defining and Calling Functions
Function Parameters and Return Values
Recursion
Inline Functions
Function Overloading

Module 5

Data Structures in C & C++

Arrays and Strings
Pointers and Dynamic Memory
Standard Template Library (STL)
Vectors, Lists, and Deques
Sets and Maps
Algorithms

Module 6

Object-Oriented Programming

Classes and Objects
Constructors and Destructors
Inheritance
Polymorphism
Function Overriding
Virtual Functions
Encapsulation and Abstraction

Module 7

Structures and Unions

Defining Structures
Accessing Structure Members
Nested Structures
Unions

Module 8

File Handling

File Streams
File Operations (Reading and Writing)
File Pointers
Error Handling in File Operations

Module 9

Advanced OOP Concepts

Operator Overloading
Templates
Exception Handling