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Python OOP Programming

This Python Object-Oriented Programming (OOP) course is designed to help you transition from writing basic scripts to building scalable, professional-grade software. We focus on the core principles that drive modern application development, ensuring you gain the "industry-ready" logic needed for complex projects.

4.5
|26h 23m
Python OOP Programming course

What's Included

20

Lessons

19h 29m

Duration

Certificate

What You'll Master

Skills and outcomes you'll walk away with

Module1: Introduction to OOP Programming

Module 2: Classes and Objects

Module 3: Types of Variables in a Class

Module 4: Types of Methods

Module 5: Constructors in Depth

Module 6: Access Modifiers & Encapsulation

Course Curriculum

20 lessons • 19h 29m total

1

Module1: Introduction to OOP Programming

50m
2

Module 2: Classes and Objects

1h 20m
3

Module 3: Types of Variables in a Class

1h 17m
4

Module 4: Types of Methods

1h 5m
5

Module 5: Constructors in Depth

1h 27m
6

Module 6: Access Modifiers & Encapsulation

1h 11m
7

Module 7: The @property Decorator

1h 12m
8

Module 8: Inheritance

1h 27m
9

Module 9: Multiple Inheritance

1h 33m
10

Module 10: Abstract Classes

1h 40m
11

Module 11: Polymorphism

1h 45m
12

Module 12: Operator Overloading (Magic / Dunder Methods)

1h 25m
13

Module 13: Method Overloading and Overriding

1h 25m
14

Module 14: Inner Classes (Nested Classes)

1h 24m
15

Module 15: Duck Typing & Advanced Polymorphism

1h 27m
16

Module 16: Iterators and Generators in OOP

1h 14m
17

Module 17: Decorators in OOP (Deep Dive)

1h 17m
18

Module 18: Exception Handling in OOP

1h 21m
19

Module 19: Advanced OOP Techniques

39m
20

Module 20: Design Patterns with Python OOP

1h 24m

Certification Path

Certification Exam

60 multiple-choice questions • 70% passing score required

Python OOP Final Project: Library Resource Management System

In this final assignment, you will demonstrate your mastery of Python Object-Oriented Programming (OOP) by building a modular Library Management System. Your project must include several key components: 1. Resource Base Class: Create a class named 'Resource' with private attributes for ID and Title, using property decorators (@property and @setter) to handle encapsulation. 2. Inheritance: Create a 'Book' subclass (adding author and pages) and a 'Magazine' subclass (adding issue number). Both subclasses must override the 'display_info' method to demonstrate polymorphism. 3. Library Manager: Implement a 'Library' class that stores a collection of resources in a list and provides methods for adding new items, listing all items, and searching for an item by its unique ID. 4. Modularity: You must organize your code into separate files (e.g., resources.py and library.py) and provide a 'main.py' script that imports these modules, instantiates at least two books and two magazines, and demonstrates the search functionality. All logic should adhere to the encapsulation principles learned in this course.

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