AI Driven Object Oriented Programming

Course Description

🤖 AI-Driven Object-Oriented Programming

AI-Driven Object-Oriented Programming (OOP) is an advanced approach that combines the power of Artificial Intelligence 🧠 with modern programming concepts 💻 to build smart, scalable, and efficient software applications. This course helps learners understand how AI technologies can be integrated into object-oriented programming principles such as classes, objects, inheritance, polymorphism, and encapsulation.

Students will learn how intelligent systems are designed using real-world programming techniques while developing AI-powered applications 🚀. The course focuses on creating smart automation tools, intelligent software models, and data-driven applications using popular programming languages and AI frameworks.

✨ What You’ll Learn

🔹 Fundamentals of Object-Oriented Programming
🔹 AI concepts and intelligent system design
🔹 Classes, Objects, Inheritance & Polymorphism
🔹 Machine Learning integration with OOP
🔹 Building AI-based real-time applications
🔹 Smart automation and problem-solving techniques
🔹 Industry-level project development

🎯 Why Choose This Course?

This course is designed for students, developers, and tech enthusiasts who want to build next-generation intelligent applications 🌐. With hands-on projects and practical learning, learners gain the skills required to work on modern AI-powered software solutions used in industries today.

Course Content

Introduction – OOPs
Understand the fundamentals of Object-Oriented Programming (OOP)

Introduction – OOPs

06:21
OOPs & C++ – Exercise

08:49
Introduction to OOPs & C++ – Practice Test

Class, Objects and Constructor
Understand the concept of classes and objects in Object-Oriented Programming

Inheritance
Understand the concept of inheritance in Object-Oriented Programming. Learn how inheritance improves code reusability

Data Encapsulation
Understand the concept of data encapsulation in Object-Oriented Programming. Identify public, private, and protected access modifiers. Implement encapsulation using classes and objects.

Data Abstraction
Understand the role of interfaces in achieving abstraction. Design programs by focusing on essential features only

Polymorphism
Understand the role of inheritance in achieving polymorphism. Use polymorphism to write flexible and reusable code. Apply dynamic binding in real-world programming scenarios.

Data Type Conversion
Understand the concept of data type conversion in programming. Convert between common data types (int, float, string, etc.). Handle errors and data loss during type conversion.

File Handling
Understand the basic concept of file handling in programming. Work with text files and basic file operations .Handle file-related exceptions and errors.

Exception Handling
Understand the concept of exception handling in programming. Identify different types of errors (syntax, runtime, logical) . Use try, except, and finally blocks effectively.

Template Library
Learn the purpose of the Standard Template Library (STL). Differentiate between function templates and class templates. Use generic programming to write reusable code.

A course by

Kannan Madhesan

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Price:
Original price was: ₹2,999.00.Current price is: ₹2,499.00.
Instructor:Kannan Madhesan
Duration: 27 hours 33 minutes
Lessons:25
Students:0
Level:Intermediate

AI Driven Object Oriented Programming

Course Description

🤖 AI-Driven Object-Oriented Programming

✨ What You’ll Learn

🎯 Why Choose This Course?

Course Content

Introduction – OOPs Understand the fundamentals of Object-Oriented Programming (OOP)

Introduction – OOPs

OOPs & C++ – Exercise

Introduction to OOPs & C++ – Practice Test

Class, Objects and Constructor Understand the concept of classes and objects in Object-Oriented Programming

Class, Object & Constructor

Class, Object & Constructor – Exercise

Classes, Objects & Constructors in C++ – Practice Test

Inheritance Understand the concept of inheritance in Object-Oriented Programming. Learn how inheritance improves code reusability

Inheritance

Inheritance – Exercise

Inheritance with Constructor

Inheritance with Constructor – Exercise

Inheritance & Constructor Behavior in C++ – Practice Test

Data Encapsulation Understand the concept of data encapsulation in Object-Oriented Programming. Identify public, private, and protected access modifiers. Implement encapsulation using classes and objects.

Data Encapsulation

Data Encapsulation – Exercise

Data Encapsulation in C++ – Practice Test

Data Abstraction Understand the role of interfaces in achieving abstraction. Design programs by focusing on essential features only

Data Abstraction – Part 1

Data Abstraction – Part 2

Data Abstraction – Exercise

Data Abstraction in C++ – Practice Test

Polymorphism Understand the role of inheritance in achieving polymorphism. Use polymorphism to write flexible and reusable code. Apply dynamic binding in real-world programming scenarios.

Static Polymorphism

Static Polymorphism – Exercise

Dynamic Polymorphism

Dynamic Polymorphism – Exercise

Polymorphism in C++ – Practice Test

Data Type Conversion Understand the concept of data type conversion in programming. Convert between common data types (int, float, string, etc.). Handle errors and data loss during type conversion.

Data Type Conversion

Data Type Conversion – Exercise

Data Type Conversion in C++ – Practice Test

File Handling Understand the basic concept of file handling in programming. Work with text files and basic file operations .Handle file-related exceptions and errors.

File Handling

File Handling – Exercise

File Handling in C++ – Practice Test

Exception Handling Understand the concept of exception handling in programming. Identify different types of errors (syntax, runtime, logical) . Use try, except, and finally blocks effectively.

Exception Handling

Exception Handling – Exercise

Exception Handling in C++ – Practice Test

Template Library Learn the purpose of the Standard Template Library (STL). Differentiate between function templates and class templates. Use generic programming to write reusable code.

Template Library

Template Library – Exercise

Template Library in C++ – Practice Test

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