C++ Module 2: OOP

What you'll learn

• Understand Object-Oriented Programming (OOP) in C++
• Create and use classes and objects
• Apply encapsulation using access specifiers
• Work with constructors and destructors
• Implement inheritance and polymorphism
• Use virtual functions and dynamic binding
• Understand templates for generic programming
• Write reusable and scalable code

This course includes:

• 4 OOP-Based Coding Activities
• 12–16 Hours Live Classes
• Online / Onsite (Physical)
• Practice Code Files
• Concept-Based Exercises
• Certificate of Completion

Course Content

Classes & Objects

• What is OOP?
• Classes and Objects
• Data Members and Member Functions
• Access Specifiers (public, private, protected)
• Encapsulation Concept
• Creating and Using Objects

Constructors & Destructors

• What is a Constructor?
• Default Constructor
• Parameterized Constructor
• Copy Constructor
• Constructor Initializer Lists
• What is a Destructor?
• Destructor Usage and Memory Cleanup

Inheritance & Polymorphism

• Base and Derived Classes
• Types of Inheritance (Single, Multilevel, Hierarchical)
• Method Overriding
• Virtual Functions
• Abstract Classes (Pure Virtual Functions)
• Dynamic Binding (Runtime Polymorphism)

Templates (Generic Programming)

• What are Templates?
• Function Templates
• Class Templates
• Code Reusability with Templates
• Template Specialization (Basic Idea)

Practice Projects for Real-World Skills

• Student Management System (Class & Objects)
• Bank Account System (Encapsulation)
• Shape Hierarchy (Inheritance + Polymorphism)
• Generic Calculator using Templates
• Object Lifecycle Demo (Constructors & Destructors)

Requirements

• Completion of C++ Module 1
• Understanding of functions, arrays, and pointers
• Laptop/PC with C++ compiler

Description: This module introduces Object-Oriented Programming in C++, enabling students to build structured and reusable applications. Learners will explore classes, constructors, inheritance, and polymorphism—core concepts used in real-world software development.Templates introduce generic programming, allowing students to write flexible and reusable code.

Why Choose This Course?

• Strong OOP Foundation
• Real-World Programming Concepts
• Code Reusability Techniques
• Hands-On Practice
• Prepares for Advanced C++ Development

Activities During Class

• Creating and using classes
• Implementing constructors and destructors
• Building inheritance hierarchies
• Using virtual functions
• Writing template-based programs

Who Is This Course For?

• Students who completed C++ Module 1
• Learners progressing in C++
• Students interested in OOP programming

Course Highlights

• OOP Mastery in C++
• Generic Programming Concepts
• Real-World Examples
• Interactive Coding Sessions
• Certificate of Completion