C++ Programming
High performance object-oriented language for DSA, systems, and placement interviews.
"Consistent learning today,
better opportunities tomorrow."
Course Curriculum
The foundation every C++ program is built on — origins, program anatomy, compilation pipeline, data types, and operators.
What is C++? - core concepts, architecture diagrams, and examples.
Structure of a C++ Program - core concepts, architecture diagrams, and examples.
The Compilation Process - core concepts, architecture diagrams, and examples.
Variables & Data Types - core concepts, architecture diagrams, and examples.
Operators - core concepts, architecture diagrams, and examples.
Comprehensive quiz testing all topics in Module 1: Getting Started.
Making decisions and repeating actions — branching constructs with if/else, switch case, loop lifecycles, and flow controls.
if / else Statements - core concepts, architecture diagrams, and examples.
switch Statement - core concepts, architecture diagrams, and examples.
Loops (for, while, do-while) - core concepts, architecture diagrams, and examples.
break, continue, goto - core concepts, architecture diagrams, and examples.
Comprehensive quiz testing all topics in Module 2: Control Flow.
Organizing code into reusable functions and storing collections of data in contiguous memory arrays.
Functions Basics - core concepts, architecture diagrams, and examples.
Function Overloading & Default Arguments - core concepts, architecture diagrams, and examples.
The Call Stack - core concepts, architecture diagrams, and examples.
Arrays - core concepts, architecture diagrams, and examples.
Strings - core concepts, architecture diagrams, and examples.
Multidimensional Arrays - core concepts, architecture diagrams, and examples.
Comprehensive quiz testing all topics in Module 3: Functions & Arrays.
The concepts that make C++ powerful — and infamous: memory addresses, pointers, references, stack vs heap, and smart pointers.
Pointers - core concepts, architecture diagrams, and examples.
References - core concepts, architecture diagrams, and examples.
Stack vs Heap - core concepts, architecture diagrams, and examples.
Dynamic Memory (new / delete) - core concepts, architecture diagrams, and examples.
Smart Pointers - core concepts, architecture diagrams, and examples.
Comprehensive quiz testing all topics in Module 4: Pointers, References & Memory.
Modeling real-world things as code — classes, constructors, encapsulation, inheritance, polymorphism, abstraction, and operator overloading.
Classes & Objects - core concepts, architecture diagrams, and examples.
Constructors & Destructors - core concepts, architecture diagrams, and examples.
Encapsulation - core concepts, architecture diagrams, and examples.
Inheritance - core concepts, architecture diagrams, and examples.
Polymorphism - core concepts, architecture diagrams, and examples.
Abstraction - core concepts, architecture diagrams, and examples.
Operator Overloading - core concepts, architecture diagrams, and examples.
Comprehensive quiz testing all topics in Module 5: Object-Oriented Programming.
Writing code once that works for any data type — function templates, class templates, and STL specialization.
Function Templates - core concepts, architecture diagrams, and examples.
Class Templates - core concepts, architecture diagrams, and examples.
Templates + STL - core concepts, architecture diagrams, and examples.
Comprehensive quiz testing all topics in Module 6: Templates & Generic Programming.
Ready-made, battle-tested data structures & algorithms — containers, vectors, iterators, maps, sets, and STL algorithms.
Containers Overview - core concepts, architecture diagrams, and examples.
Vectors - core concepts, architecture diagrams, and examples.
Iterators - core concepts, architecture diagrams, and examples.
Maps & Sets - core concepts, architecture diagrams, and examples.
STL Algorithms - core concepts, architecture diagrams, and examples.
Comprehensive quiz testing all topics in Module 7: The Standard Template Library (STL).
Dealing with runtime errors gracefully instead of crashing — try/catch/throw, standard exceptions, and custom domain exceptions.
try / catch / throw - core concepts, architecture diagrams, and examples.
Standard Exceptions - core concepts, architecture diagrams, and examples.
Custom Exceptions - core concepts, architecture diagrams, and examples.
Comprehensive quiz testing all topics in Module 8: Exception Handling.
Reading and writing data outside the program — fstream basics, stream operators, and text vs binary modes.
fstream Basics - core concepts, architecture diagrams, and examples.
Reading & Writing Files - core concepts, architecture diagrams, and examples.
Text vs Binary Files - core concepts, architecture diagrams, and examples.
Comprehensive quiz testing all topics in Module 9: File Handling (I/O Streams).
Doing multiple things at once — std::thread basics, race conditions, mutex locking, and thread synchronization.
std::thread Basics - core concepts, architecture diagrams, and examples.
Race Conditions & Mutex - core concepts, architecture diagrams, and examples.
Thread Synchronization - core concepts, architecture diagrams, and examples.
Comprehensive quiz testing all topics in Module 10: Multithreading & Concurrency.
Features that make C++ shorter, safer, and faster to write — auto type inference, lambdas, move semantics, and structured bindings.
auto & Type Inference - core concepts, architecture diagrams, and examples.
Lambda Expressions - core concepts, architecture diagrams, and examples.
Move Semantics & Rvalue References - core concepts, architecture diagrams, and examples.
Range-based for & Structured Bindings - core concepts, architecture diagrams, and examples.
Comprehensive quiz testing all topics in Module 11: Modern C++ (11 / 14 / 17 / 20).
