
This course includes our updated coding exercises so you can practice your skills as you learn.
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Master Python object oriented programming using generative AI to create classes and methods, build source code, and practice with hands-on sessions and prompts.
Choose your comfortable operating system—Windows, Mac, or Linux—and start learning advanced Python programming with generative AI tools to quickly implement code across diverse environments.
Learn to ask great questions by first attempting solutions, then using Google, generative AI prompts, and Stack Overflow with error screenshots for fast, problem-oriented Python code.
Outline prerequisites for mastering Python object-oriented programming with generative AI, covering basic fundamentals, variables, loops, and prompting techniques with source code demonstrations.
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Explore why python is popular in coding, highlighting its readability, simplicity, and easy-to-learn syntax. Leverage its extensive libraries and frameworks for data science, ai, machine learning, and web development.
Install the PyCharm community edition to set up a cross-platform Python IDE for code development. Highlight features like code analysis, a graphical debugger, integrated unit tester, and version control integration.
Learn to write and run a first Python hello world program in PyCharm, create welcome.py, and verify a successful output with exit code zero while configuring your local development environment.
Cheat Sheet Guide on Python Object-Oriented Programming - notes
explores the advantages of object-oriented programming over procedural paradigms, highlighting encapsulation, abstraction, inheritance, and polymorphism to promote modularity, reusability, and maintainable code.
Download this Complete Cheat Sheet Guide on Python Object-Oriented Programming, and start practicing Hands-on sessions with this quick reference notes
Define Python classes and create objects to model real entities, using an init constructor, self attributes, and public methods to display information across multiple instances.
Define and use class attributes and instance attributes in a Python dog class, showing how class attributes are shared across instances while each object stores its own name and age.
Learn single inheritance in Python by generating an animal parent and a dog child class with ChatGPT, where the dog inherits speak and defines bark.
Learn how to implement Python multiple inheritance by combining two parent classes into a child, explore method resolution order, and reuse parent methods through a concrete example.
download this reference note on Inheritance exercise with source code
Explore polymorphism in Python by comparing static and dynamic polymorphism, including method and operator overloading, and understand method overriding and the role of properties with getters and setters for encapsulation.
Learn how Python private modifiers use double underscores for attributes and methods, apply name mangling to prevent outside access or subclass access, and expose data only through public methods.
Understand protected modifiers in Python: a single underscore marks a member as protected by convention, accessible within a class and its subclasses but discouraged outside.
Explore abstraction in Python object-oriented programming, hiding complex implementation while exposing essential functionality; learn encapsulation, modularity, maintainability, and reusability.
Are you ready to take your Python skills to the next level and dive into the world of Generative AI? This course, Mastering Python Object-Oriented Programming: Generative AI, is designed to help you build powerful, modular, and scalable applications using Python’s OOP capabilities — with a focus on applying them to real-world AI projects.
In this hands-on course, you’ll start by mastering the core pillars of Object-Oriented Programming in Python, including classes, objects, inheritance, encapsulation, polymorphism, and abstraction. Then, you’ll learn how to apply these concepts using free generative AI tools to build intelligent applications such as AI writers, chatbots, and more.
This course is ideal for intermediate Python learners, developers, and AI enthusiasts who want to understand how to build smarter software using OOP and modern AI technologies. You’ll work on practical projects that combine clean code architecture with AI functionality — giving you skills that are highly valued in today’s tech industry.
Whether you're a Python developer, data science enthusiast, or AI beginner, this course bridges the gap between traditional programming and next-gen AI development. You’ll learn how to design clean, reusable, and modular code structures and bring them to life in real-world Generative AI projects using free tools like OpenAI APIs, and Python libraries.
By the end of this course, you’ll not only have a solid foundation in Object-Oriented Programming, but also the ability to implement AI-powered features such as text generation, summarization, and more. The course includes hands-on coding exercises, project-based learning, and real use cases to ensure practical understanding.
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This is the ideal course if you're looking to upgrade your Python skills, improve your software design practices, or break into the growing field of Generative AI development. It’s also perfect for developers who want to future-proof their coding skills by learning how OOP principles support AI scalability and maintainability.
Enroll now and take the next step in your Python journey. Start building real-world AI solutions with confidence — using Object-Oriented Programming and the power of Generative AI.