Course Overview Of C++ Online Training :

Ready to take your programming skills to the next level? Our C++ Online Training offers a comprehensive journey into the world of object-oriented programming (OOP). Whether you’re a beginner or looking to upgrade your coding skills, this course equips you with practical C++ knowledge for real-world applications.

What You’ll Learn

• Fundamentals of C++ programming
• Object-Oriented Concepts: Classes, Objects, Inheritance, Polymorphism
• Advanced features like Templates, STL, Exception Handling
• Hands-on experience with File I/O, Constructors, Operator Overloading
• Real-time projects on student, employee, matrix, and more

Enroll Now And Become C++ Expert

Prerequteis Of C++ Online Training :

1. Basic Computer Knowledge

• Comfortable using a computer (Windows/Linux/Mac)
• Familiar with installing software and navigating file systems

2. Understanding of Programming Basics (Optional)

• Prior knowledge of any programming language (like C) is helpful but not mandatory
• If you’ve worked with C before, transitioning to C++ will be smoother

3. Logical Thinking & Problem Solving

• Basic reasoning and logical thinking skills are recommended
• Familiarity with math or algorithmic thinking can be an added advantage

4. Technical Requirements

• A PC or laptop with at least 4 GB RAM
• Stable internet connection for accessing training content and live sessions
• C++ compiler (like GCC, Turbo C++, or Code::Blocks) – installation guide included in the course

Why choose Us For C++ Online Training ?

1. Beginner to Expert Curriculum

Our course takes you from basic C++ syntax to advanced OOP concepts, templates, STL, and file handling — all explained with real-world examples.

2. Hands-On Coding Practice

We don’t just teach theory. Our training includes:

• Live coding sessions
• Practical assignments
• Mini-projects and case studies
  You’ll build real programs like Student, Matrix, and Employee management systems.

3. Learn from Industry Experts

Our instructors bring real software development experience and make complex topics simple. Get access to:

• Doubt-clearing sessions
• Interview tips
• Mentorship for projects

4. Career-Ready Training

Prepare for:

• Software developer roles
• Competitive programming
• Technical interviews (C++ is a key language in FAANG interviews!)
  We also provide resume guidance and mock interviews.

5. Lifetime Access & Flexible Learning

Study at your own pace with lifetime access to:

• Recorded lectures
• Downloadable notes
• Practice questions and IDE setup guides

6. Certification & Recognition

On course completion, you’ll receive a verifiable certificate that enhances your LinkedIn profile and resume.

Course Content Of C++ Online Training :

Module 1: Introduction to C++ and Programming Fundamentals

• Introduction to C++
• Paradigms of Problem Solving
• POP vs OOP
• Features of OOP
• Concepts of:
• Object
• Class
• Abstraction
• Encapsulation
• Inheritance
• Polymorphism
• Dynamic Binding
• Message Communication

Module 2: Basic Syntax and Operations

• Constants, Variables, Keywords
• Data Types & Variable Declarations
• Input/Output:
• cin, cout, manipulators
• Comments
• Operators:
• Arithmetic, Relational, Logical, Assignment
• Compound Assignment, Increment/Decrement
• Bitwise, Shift, Conditional, Type Casting
• Address, Comma, Pointer, Sizeof, new, delete
• Scope (::, .*, *::)

Module 3: Control Structures and Flow Management

• Conditional Statements:
• if, if-else, nested if-else, if-else-if ladder
• Multi-branching:
• switch-case
• Looping:
• while, do-while, for, nested loops
• Jump Control:
• break, continue, goto, return

Module 4: Arrays, Strings, Structures, and Pointers

• Arrays
• Strings
• Structures
• Pointers
• Dynamic Memory Allocation using new and delete

Module 5: Functions in C++

• Defining, Calling, and Returning from Functions
• Function Prototypes
• Scope and Reference Variables
• Recursion
• Parameter Passing:
• Call by Value, Address, Reference
• Function Overloading
• Default Arguments
• Inline Functions

Module 6: Classes and Objects

• Defining Classes and Creating Objects
• Access Specifiers
• Accessing Members
• Scope Resolution Operator
• Member Functions (Inside/Outside Class)
• Member Function with Arguments
• this Pointer
• Object as Argument/Return Value
• Array of Objects, Pointers to Objects, Dynamic Objects
• Friend Functions and Classes
• Composition (Container and Contained Classes)
• Sample Programs (Student, Employee, Matrix, etc.)

Module 7: Constructors and Destructors

• Introduction and Properties
• Types:
• Default, Parameterized, Copy
• Constructor Overloading & Default Arguments
• Destructors
• Differences:
• Constructor vs Member Function
• Constructor vs Destructor
• Static Data Members & Functions
• Constant Data Members & Member Functions

Module 8: Operator Overloading

• Defining Overloaded Operators
• Overloading:
• Unary & Binary (using member/friend functions)
• <<, >> stream operators
• Practical Programs

Module 9: Inheritance in C++

• Base & Derived Classes
• Protected Access Specifier
• Types of Inheritance:
• Single, Multiple, Hierarchical, Multi-Level, Hybrid, Multi-path
• Constructors and Destructors in Derived Classes

Module 10: Polymorphism and Virtual Functions

• Static vs Dynamic Binding
• Virtual Functions
• Pure Virtual Functions & Abstract Classes
• Virtual Destructors
• Function Overriding
• Accessing Members via Pointers

Module 11: Templates in C++

• Function Templates
• Function Template Overloading
• Class Templates
• Inheritance in Class Templates
• Benefits and Applications

Module 12: Exception Handling

• Types of Errors
• Benefits of Exception Handling
• Keywords: try, catch, throw
• Exception Objects, Nested try blocks
• Catching All Exceptions, Rethrowing

Module 13: File Handling in C++

• File Stream Classes
• Opening and Closing Files
• End-of-File Detection
• File Pointers and Manipulation
• Sequential and Random Access Files

Module 14: Input/Output Streams

• I/O Stream Class Hierarchies
• Unformatted I/O:
• get(), put(), getline(), write()
• Formatted I/O:
• width(), precision(), fill(), setf(), unsetf()
• Manipulators:
• endl, ends, setw(), setfill(), setprecision(), setiosflags(), setbase(), resetiosflags()
• User-defined manipulators

Module 15: Standard Template Library (STL)

• Containers:
• vector, list, deque, array, forward_list
• stack, queue, priority_queue
• set, multiset, map, multimap
• Algorithms:
• Sorting, Searching
• Partition & Utility Operations