Fundamentals of OOP in C++ Online Course
Fundamentals of OOP in C++ Online Course
The Fundamentals of Object-Oriented Programming: C++ course introduces the core principles of OOP using the C++ language. Designed for individuals with basic programming knowledge but limited OOP experience, this course covers key OOP concepts such as encapsulation, inheritance, and polymorphism. Participants will learn to design and implement classes, objects, and functions in C++, applying these skills through practical projects and exercises. Emphasis is placed on writing efficient and maintainable code. By the end of the course, learners will have a solid foundation in OOP and be able to develop object-oriented programs using C++.
Key Benefits
- Gain a comprehensive understanding of the fundamental principles of Object-Oriented Programming (OOP) using C++.
- Develop proficiency in utilizing C++ syntax for tasks such as storing, processing, and retrieving data, as well as handling input and output operations.
- Master essential programming concepts that enhance logical reasoning, critical thinking, and problem-solving abilities.
Target Audience
This course is specifically for novice and beginner programmers seeking to build a foundational understanding of creating simple object-oriented programs in C++. It is ideal for individuals aiming to advance their careers, increase earning potential, as well as hobbyists, creatives, and lifelong learners who are passionate about gaining insights into the functioning of software systems.
Learning Objectives
- Develop the skills to write efficient and high-performance functions in C++.
- Gain expertise in designing and implementing C++ classes and objects to facilitate code reuse.
- Master the implementation of copy constructors and class member functions to enhance functionality and object handling.
- Understand the principles of data abstraction and encapsulation, key concepts in object-oriented programming.
- Learn how to overload functions and operators in C++ to provide flexibility and enhance code readability.
- Explore how inheritance and virtual functions are utilized to implement dynamic binding and polymorphism, essential features of advanced object-oriented programming.
Course Outline
The Fundamentals of OOP in C++ Exam covers the following topics -
Module 1 - Introduction to Basics
- Environment Setup and Initial Program Execution
- Overview of Data Types
- Understanding Character Type
- Working with C-Style Strings
- Capturing User Input Using Getline
- Introduction to Stringstream
- Arithmetic Operations
- Exploring Logical, Relational, and Boolean Operators
- Input Validation for Numbers with CIN.GOOD()
- Simple Addition Program Example
- Converting Fahrenheit to Celsius
- Working with Constants
Module 2 - Control Structures and Functions
- Conditional Statements: IF-ELSE
- Conditional Statements: SWITCH
- Defining and Using Functions
- Scope of Variables and its Impact
- Understanding Header Files
- Designing a Video Game Menu Program
- Manipulating Strings
- Implementing User Registration Functionality
- Using FOR Loops
- Using WHILE Loops
- Using DO-WHILE Loops
- Utilizing Jump Statements
- Introduction to Arrays
- Exploring Multi-Dimensional Arrays
- Working with Pointers and References
- Functions with Pointers and References
- Managing Dynamic Memory
- Arrays of Pointers
- Introduction to Structures
- Combining Arrays with Structures
- Using Pointers with Structures
- Understanding Recursion
- Working with Classes and Objects
Module 3 - Advanced Concepts
- Defining Constructors
- Static Class Members
- Creating and Using Member Functions
- Header and Implementation File Management
- Understanding Friend Functions and Classes
- Functional Representation of Friend Functions
- Using the STL Algorithm Library
- Working with STL Vectors
- Using STL Lists
- File Handling with FSTREAM
- File Buffering Techniques
- Character Input and Output with RDBUF
- Exception Handling in C++
- File Operations with Classes
- Working with Templates in Functions and Classes
- Understanding Function Templates
- Overloading Operators
Module 4 - Advanced Object-Oriented Design
- Case Study of UML Inheritance: Employee (Part 1)
- Case Study of UML Inheritance: Employee (Part 2)
- Case Study of UML Inheritance: Employee (Part 3)
- Understanding Abstract Classes
- UML Implementation of Abstract Class: ATM (Part 1)
- UML Implementation of Abstract Class: ATM (Part 2)
- UML Implementation of Abstract Class: ATM (Part 3)
