Python OOP: A Complete Course in Object Oriented Programming

Define and create python classes as blueprints that bundle data and functionality, using attributes and methods, with an init constructor and examples like a dog class and a circle area.

Understand Python's __init__ method as the constructor that initializes object attributes with self, illustrated through classes like car and book, including default values for author.

Create and use objects in Python by defining classes, instantiating objects, and accessing or modifying attributes and methods, illustrated with car and student examples.

Learn the difference between class and instance variables in Python, where class variables are shared by all instances and instance variables are unique to each object, with practical examples.

Learn how to use and, or, and not to combine boolean expressions in Python, with practical examples like age, license checks, and eligibility logic.

Learn how instance methods operate on class instances using self, with examples calculating a circle’s area and depositing funds to modify a bank account’s balance.

Learn how class methods use the @classmethod decorator to operate on the class and serve as factory methods, including a from Fahrenheit alternative constructor for temperature.

Explore static methods in Python, using the @staticmethod decorator to define class-bound functions that do not access instance or class data, with examples like add and Celsius to Fahrenheit.

Explore method overloading and overriding in Python, showing how default arguments simulate overloading while subclasses override methods like animal sounds to customize behavior.

Explore inheritance in Python by learning how a child class inherits attributes and methods from a parent class, overrides behavior, and creates modular, maintainable code.

Learn how single and multiple inheritance work in Python, using a vehicle and a car example, and a sports car that combines engine and transmission features.

Explore method resolution order in Python, showing how single and multiple inheritance determine which method runs, with practical code examples.

Explore polymorphism in Python by using a base bird class with sparrow and ostrich overrides for the fly method, and demonstrate method overriding with dog and cat sound implementations.

Explore encapsulation in Python, a fundamental OOP concept that binds data and methods in a class, hides internal state, and exposes a controlled interface, using a bank account example.

Explore public, protected, and private attributes in Python OOP through real-world examples with employee and manager classes, illustrating how access levels control name, salary, and department visibility.

learn to implement abstraction in Python using abstract base classes (ABCs) by defining an abstract shape blueprint and implementing a concrete rectangle with area and perimeter calculations.

Explore encapsulation and abstraction in Python OOP through a bank account example with private attributes and deposits, withdrawals, plus an abstract salary calculation implemented by a full-time employee.

Explore Python's magic methods and operator overloading to empower object oriented programming; build a 2d vector class to demonstrate custom string representation and vector addition.

Explore how to create custom iterators and generators in Python object oriented programming, implementing an iterator class and a Fibonacci generator to control iteration and produce sequences.

Explore inheritance and composition in Python object oriented programming, showing how inheritance promotes code reuse and class hierarchies, while composition builds objects from components for modular, flexible designs.

Learn how to organize Python code with modular design in object oriented programming by splitting into modules and packages, applying the single responsibility principle to improve readability, testability, and collaboration.

Apply the single responsibility principle to Python OOP by building a clear order model and an order printer, ensuring clean, readable, and maintainable code.

Build a Python graphical user interface using Tkinter and object oriented programming. Create a main window with a label and a button that updates the text via an event handler.

Explore how Python object oriented programming powers game development by building a simple game with classes for player and enemy, health, damage, and attack interactions.