
Programming Paradigms, What is C++? Evolution of C++, Features of C++ Language, Applications of C++, Advantages of C++
C++98 (ISO/IEC 14882:1998), C++03 (ISO/IEC 14882:2003), C++11 (ISO/IEC 14882:2011), C++14 (ISO/IEC 14882:2014), C++17 (ISO/IEC 14882:2017), C++20 (ISO/IEC 14882:2020), C++ Advantages, Classes & Objects, Characteristics of OOP, Advantages of OOP
Program Development Steps, Code::Blocks, Sample Programs, Escape Sequence
Tokens, Identifiers, Keywords. Literals, Operators, Data Types, Built-in Data Types, Integer Types, Sizes and Ranges, Programs with Integers, Real Number Types, Sizes and Ranges, Scientific Notation, Finding average, Type Boolean, strings
Scope of Variables, Dynamic & Reference Variables, Multi-dimensional Arrays, Array Index, Finding Size of Built-in and User-defined Types
Arithmetic operators, Relational operators, Boolean logical operators, Bit-wise operators, Expressions, Demonstrating Operator Precedence, Arithmetic Assignment Operators, Using Unary Operators as Prefix and Suffix, Type Casting, Bit-wise Operators
Branching, if, else, Ternary operator, Comma operator, do..while, while and for loop, reversing a number, switch, case study binary search
Reusable Software Development, File Types, C++ Standard library, C Standard headers, Pre-processor Directive, File Name Extensions, Contents of C++ Global Namespace, std Namespace, Using Namespace
Character array and C++ string, String Program, Use of getline(), Concatenation of Strings, String Length, String Comparison, Vector Examples, Bubble Sort of Strings using Vectors, Advantages of Vectors Over Arrays, Sorting Vector Elements Based on a Key – Bubble Sort
What’s a Function? User Defined Vs. Library Functions, Three requirements of a function, Function Declaration-Prototype, Function call – Passing Arguments, Function Definition, Programs, Functions & Arrays, To find greatest number in an array
Advanced Function Concepts, Call to inline Function, Function Overloading, Rules for Overloading, Symbolic Constants and Macros, Command Line Arguments, Program to Demonstrate Recursion, Program to find gcd
Pointers, Double Indirection, Pointers and Arrays, Function & Pointer, Demonstrating Function Call by Reference, greatest number in an array - Return by Reference
Structures, Example Bank Account, Passing Structures To Functions, Nested Structures, Demonstrating Structure Pointers
Structures and Vectors, Enumerated data type, Constants, The typedef, Volatile, extern C, Case Study - Employee database
Call by Reference, Pointer Arithmetic, Dynamic allocation of memory in Free Store or heap, Use of New and Delete
Class, Relationship Between Classes and Objects, Access Control, Passing data to an object through member function – the right way, Inline Functions
Parameterized Constructor, More operations on the objects Functions Returning Simple Data Types
Member Function-Definition Outside the Class, inline Function – Member Function Definition within the class, Choosing inline or Not, Scope Resolution Operator- ::, Static or Class-wide Members, Constant Member Function
Friend Function, Demonstration of friend function of two classes, Forward Declaration,friend class, Exercise caution
Function Overloading, Constructors & Destructors, constructors with default arguments, Default Constructor, overloading constructors, Destructors
function overloading with three objects, Operator Overloading, overloading binary operator, Overloading Unary Operators, this Pointer, Modification of operator function using this
binary operator overloading using friend function, operator == overloading, Arithmetic assignment operators, Multiple overloading, Data Conversion, conversion of primitive data to object, conversion of user defined type to primitive data type, Length in FPS units to MKS units
Compile Time Polymorphism, Simple Inheritance, Multi-level Inheritance, Multiple Inheritance, Inheritance of classes, Accessibility of 3 types of members, inheritance of classes with constructors, constructors when derived class has its own member
Multilevel Inheritance, Hierarchical Inheritance, Function overriding in multiple inheritance, multiple inheritance, overriding, Base class reference to derived class –object slicing, Object Reference, Multi-level inheritance and object reference
Code Reusability features in Java, Code Reusability features in Python, Code Reusability features in C++, Comparison of Strengths, Is C++ Superior?Implementing Multiple Inheritance using Reusable Class with standard C++, Steps Involved in Reuse in C++
Multiple inheritance, Constructors in inheritance, Destructors in inheritance, Types of Inheritance Revisited, hybrid inheritance
Creating objects using free store operator new, Example of reuse of classes, Array of Objects using pointers, array of pointers to objects, Friend Functions vs. Inheritance
Types of Polymorphism, Function Overloading, Function Hiding, virtual function, Late Binding, Virtual Table, Virtual Pointer, Flow of Events in Late Binding, Upcasting
Function overriding, Significance of Override, Pure Virtual Functions, Abstract Class, Virtual Base Class, virtual classes
Container Class, Inheritance and Container, Run-Time Type Identification (RTTI), typeid, RTTI, Finding type of Variables, Explicit Type Conversion, Type casting, Use of explicit
Generic programming, Templates, How Template works? Function Template, Instantiation, Function Template Overloading
class template, Member function template, Specialization, generic template arguments
Template function to add multiple types, Building a Template Class for Linear Search, creating a header for linear search,Finding a string
Updated Keywords in C++ 20, Identifiers with special meaning,Range Based for loop, notable features introduced in C++17, Template metaprogramming, Custom Data type Example
Uses of auto keyword, auto with variables, auto with constants, function with auto return type, Creating objects using auto, Auto with template, Benefits of auto
auto&&, Universal Reference, decltype, examples
Move, Perfect forwarding, examples
Lambda Functions/Expressions, Syntax of Lambdas, Generalized Program, examples, Lambda & decltype
Necessity of Input/Output, Standard Input/Output,Streams, buffer, basic_streambuf class, iostream class, Syntax of I/O functions, Use of get and put, Use of >> instead of getch(), getline(), write
Functions for Formatting, Formatting Output, manipulators, Specifying Flags to Control Display, Some Flags used for Formatting
Hierarchy of Stream classes, fstream class, File Assignment through Constructor, Writing to Files using Constructors, Reading from File, getline
File open, writing and reading- using open, File Mode Parameters
Text Files and Binary Files, structure write and read in binary file, String stream - input and output
Comma Separated Values - CSV file, creating a csv file and reading
Runtime Errors, Types of runtime errors, Exceptions keywords, try block, catch block, Divide by Zero, multiple catch in a try block
Throwing objects, exceptions while file handling, Synchronous and Asynchronous Exceptions, Rethrow, Catch Every Exception
class exception, Inheritance of Exception classes, Header file <stdexcept>, The what Function, Catching Integer Overflow, Class out_of_range, Message from Derived class, Class runtime_error, exception specifications, Memory Leak, Abnormal Exit
The C++ Toolkit, C++ Standard Library, Standard Template Library (STL), high-level hierarchy of the C++ Standard Library, Containers, Container Adaptors, Strings, Exception Handling etc. Multi-threading, Maths etc.
Standard Library & STL, Core Components of STL, Algorithms & Iterators, Three more components in STL, Allocators, What is a sequence? Containers, Sequence Container, Associative container
Vector, Member function push_back, Vector expands itself, Member function size, empty(), member functions of vector, Iterators, vector iterator
Requirements for objects in vector containers, Declaration of array using vector, vector copy, Use of Iterator, Assignment and equality operators, More Vector Methods, Vector Summary
Features of list, Examples, algorithms not modifying sequence, Examples of algorithms modifying sequence
Five Types of Iterators, Reverse Iterator, using algorithm and iterator on lists, using find algorithm on lists, slist
ANSI String, 5 methods of initializing string, String Literal, Single Character, Use of Algorithms with string, string summary
STL Deque, Sequence Adopters, stack, queue, priority queues
four associative containers, Functions of Associative Containers, Using Algorithm find with map, operations with map
Multimap, set, operations, Algorithms, multiset
unordered_map, limitations, Numeric Computation, Algorithm accumulate, count and count_if functions
Bitset, Function Objects, function objects to generate random numbers, Numeric Computations
Multitasking, Processes and Threads, ++ Support for Thread Programming, Steps in Multithreaded Programming, sample programs
Are you ready to unlock the full potential of C++ programming? Welcome to “Complete C++ Programming Masterclass: Beginner to Advanced” — a comprehensive, hands-on course designed to transform you from a beginner into a confident and skilled C++ programmer.
Whether you are new to programming or an experienced developer looking to strengthen your coding expertise, this course provides a structured and practical approach to mastering modern C++ programming.
Course Overview
C++ is one of the world’s most powerful and widely used programming languages. It is extensively used in software development, operating systems, embedded systems, game development, high-performance applications, and real-time systems.
This course is carefully designed to provide:
Strong programming foundations
Practical coding experience
Real-world problem-solving skills
Industry-relevant programming techniques
The course includes hundreds of tested programs, coding exercises, assignments, quizzes, and practical case studies to ensure effective learning through hands-on practice.
What You Will Learn
1. C++ Programming Fundamentals
Build a strong foundation by learning:
Syntax and program structure
Variables and data types
Operators and expressions
Decision-making and looping constructs
Functions and modular programming
Write your first C++ programs with confidence.
2. Object-Oriented Programming (OOP)
Master the core concepts of object-oriented programming:
Classes and objects
Constructors and destructors
Inheritance
Polymorphism
Encapsulation and abstraction
Learn how to design clean, reusable, and maintainable software solutions.
3. Advanced C++ Concepts
Explore advanced programming techniques including:
Templates and generic programming
Exception handling
File handling
Dynamic memory management
Pointers and references
Develop efficient and robust applications.
4. STL and Modern C++
Discover the power of the Standard Template Library (STL) and modern C++ features:
Vectors, lists, maps, and iterators
Algorithms and function objects
Lambda expressions
Smart pointers
Modern coding practices
Learn how professional developers write efficient modern C++ programs.
5. Concurrency and Multithreading
Understand concurrent programming concepts:
Multithreading
Thread synchronization
Parallel execution
Performance optimization
Gain exposure to high-performance programming techniques used in industry applications.
6. Coding Best Practices and Optimization
Learn professional software development practices:
Writing clean and maintainable code
Debugging techniques
Performance profiling
Code optimization
Error handling strategies
Improve both the quality and efficiency of your programs.
7. Real-World Programming Applications
Apply your knowledge through:
Practical programming exercises
Case studies
Hands-on coding assignments
Real-world examples and mini projects
Develop skills that can be directly applied in academic, professional, and personal projects.
Why Choose This Course?
Comprehensive Curriculum
The course covers everything from beginner fundamentals to advanced C++ programming concepts in a structured and easy-to-follow manner.
Hands-On Learning
Learn by coding. The course includes numerous practical examples, assignments, quizzes, and programming exercises.
Experienced Instructor
Learn from an experienced academician, software reliability expert, researcher, and educator with extensive teaching and industry experience.
Flexible Learning
Study at your own pace with lifetime access to course materials. Suitable for students, professionals, and self-learners.
Career-Oriented Skills
C++ remains one of the most in-demand programming languages across software development, embedded systems, gaming, finance, robotics, and high-performance computing industries.
Who Should Enroll?
Beginners with little or no programming experience
Students pursuing computer science or engineering
Software developers seeking strong C++ skills
Embedded systems and system-level programmers
Game developers and application developers
Professionals preparing for technical interviews
Anyone interested in mastering modern C++ programming
Course Features
Hundreds of tested C++ programs
Assignments and quizzes
Case studies and coding exercises
Practical examples and demonstrations
Step-by-step explanations
Industry-oriented programming practices
Take the next step in your programming journey and build strong, practical C++ skills that can open doors to exciting career opportunities.
Enroll now and start mastering C++ programming today!
Note: Course content is regularly updated to align with modern C++ standards and current industry practices.