Programación en Python nivel 4: Programación orientada a objetos (Ups)

Course Description:

                                                                  Week 1: Review of Python Fundamentals

Class 1: Review of Data Types & Variables, Conditional Statements
Class 2: Review of Loops  and practice questions for String

                                                                  Week 2: Review of Functions and Data Structures | Introduction to OOPs

Class 3: Review of user Defined Functions, Review of Data structures like list and tuples
Class 4: Introduction to OOP: Discover the fundamental concepts of object-oriented programming, including classes, objects, and inheritance. Creating Your First Class: Hands-on practice in defining and using classes to model real-world entities.

                                                                       Week 3: Understanding the Foundations of OOPs

Class 5 :  Python's OOP Model: Explore Python's unique approach to OOP and how it differs from other programming languages.
                Creating Your First Class: Hands-on practice in defining and using classes to model real-world entities.
Class 6:   Instantiating Objects: Learn how to create instances of classes and initialize their attributes.

                                                                         Week 4: Working with Objects

Class 7: Methods and Properties: Dive into defining methods and properties within classes for functionality and data 
              management.
Class 8: Special Methods: Explore Python's magic methods (e.g., __init__, __str__, __repr__) for customizing object behavior.

                                                                              Week 5: Inheritance  & Polymorphism

Class 9: Inheritance: Understand the concept of inheritance and how it enables code reuse and hierarchy in OOP.
                Overriding Methods: Customize and override methods in derived classes to tailor behavior.
Class 10: Polymorphism: Explore how polymorphism allows objects of different classes to be treated interchangeably.

                                                                               Week 6: Polymorphism

Class 11: Encapsulation: Discover how encapsulation provides data hiding and access control.
Class 12: Practice Questions

                                                                              Week 7: Real-World Applications

Class 13: Building Projects: Apply your knowledge to practical projects, such as creating a simple game or managing a digital library.
Class14: Final Projects and Presentations: Showcase your skills by presenting your final project to the class.


Course Features:

Interactive coding exercises and quizzes to reinforce learning.
Practical assignments to apply concepts to real-world scenarios.
Live coding demonstrations and examples.
Q&A sessions for addressing doubts and queries.
Access to a dedicated online community for peer support.
Course materials and resources for continued learning.


Prerequisites:

Basic knowledge of Python programming.
Familiarity with basic programming concepts (variables, functions, etc.).