Course

Python OOP - MSIB 7 - 2024

15 credits

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2350000 IDR.

The Python OOP course will teach students the principles of object-oriented programming (OOP), working with classes and objects, using object-oriented modeling, and building class hierarchies. Basic principles of OOP such as abstraction (interfaces, abstract classes), encapsulation, inheritance and polymorphism will be studied. It will go into the most commonly used design patterns (creational, structural and behavioral design patterns). Learners will be introduced to SOLID principles for object-oriented software design. They will learn what iterators and generators are and how to use them. They will learn how to create and use decorators. Attention will be paid to component testing (writing unit tests) and the concept of Test Driven Development (TDD).

Topics

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Course Introduction
Course Introduction

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First Steps in OOP
First Steps in OOP

• Project Architecture;
• Basic Concepts of OOP;
• A First Look at Classes;
• Scope and Namespace.

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Exercise: First Steps in OOP
Exercise: First Steps in OOP

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Classes and Objects
Classes and Objects

• Class Objects;
• Instance Objects;
• Method Objects;
• Class and Instance Variables.

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Exercise: Classes and Objects
Exercise: Classes and Objects

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Inheritance
Inheritance

• Inheritance;
• Forms of Inheritance;
• Mixins.

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Exercise: Inheritance
Exercise: Inheritance

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Encapsulation
Encapsulation

• Encapsulation Definition;
• Access Modifiers in Python;
• Getters and Setters.

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Exercise: Encapsulation
Exercise: Encapsulation

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Static and Class Methods
Static and Class Methods

• Static Method;
• Class Method;
• Overriding a Class Method.

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Exercise: Static and Class Methods
Exercise: Static and Class Methods

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Polymorphism and Abstraction
Polymorphism and Abstraction

• What is Polymorphism?;
• Overriding Magic Methods;
• What is Abstraction?;
• Abstract classes and methods;
• Duck-typing.

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Exercise: Polymorphism and Abstraction
Exercise: Polymorphism and Abstraction

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SOLID
SOLID

• Single Resposibility;
• Open/Closed;
• Liskov Substitution;
• Interface Sugregation;
• Dependency Inversion.

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Exercise: SOLID
Exercise: SOLID

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Iterators and Generators
Iterators and Generators

• What are Iterators?;
• What are Generators? (the yield statement).

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Exercise: Iterators and Generators
Exercise: Iterators and Generators

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Decorators
Decorators

• Functions Returning Functions;
• Decorators;
• Accepting Arguments in Decorators;
• Passing Arguments to Decorators;
• Class Decorators.

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Exercise: Decorators
Exercise: Decorators

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Testing
Testing

• What is Unit Testing?;
• Unit Testing Basics;
• Unit Testing Framework - unittest;
• Mocking.

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Exercise: Testing
Exercise: Testing

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Design Patterns
Design Patterns

• Design Patterns;
• Definition of Design Patterns;
• Benefits and Drawbacks;
• Types of Design Patterns.

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Exam Preparation
Exam Preparation

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Workshop
Workshop

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Regular Exam
Regular Exam

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When does the course start?

Training starts on October 4, 2025. You can find a detailed schedule of classes in the " Topics " section.

When and where will the classes take place?

You can learn online in real time. Immediately after each lesson, you also get access to the lesson recording and learning resources.

What is the exam and when will it be held?

The exam will be held online on October 10 . It will include a practical part - in the form of practical tasks and a theoretical part - in the form of a test .

Will I get a certificate after the exam?

After passing the exam, you will acquire a certificate from SoftUni if you score above Mn. a good 5.00 from the practical part, and you will also have the opportunity to obtain a state-recognized " Professional Training Certificate " valid throughout the European Union. You can view the requirements for obtaining a certificate HERE .