Object Oriented Programming Fundamentals using C#
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This comprehensive course is designed to equip students with a solid foundation in object-oriented programming (OOP) using C#. Whether you’re a beginner or looking to enhance your programming skills, this course will guide you through the essential concepts and techniques required to create robust, scalable, and maintainable software applications.
Course Highlights:
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Section 1: Introduction to Object-Oriented Programming Begin your journey with an overview of object-oriented programming principles. Review procedural programming fundamentals to understand the key differences and advantages of OOP.
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Section 2: Classes and Objects Dive into the heart of C# programming by learning how to define, create, and use classes and objects. Understand the significance of constructors, destructors, and properties in building reusable and modular code.
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Section 3: Abstraction and Encapsulation Explore the concepts of abstraction and encapsulation. Learn about access modifiers and how they control the visibility and protection of data within your applications.
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Section 4: Inheritance and Polymorphism Master the principles of inheritance and polymorphism. Understand how to create derived classes, use the “new” keyword, and implement method overriding to achieve polymorphic behavior and enhance code reusability.
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Section 5: Interfaces, Concrete Classes, and Abstract Classes Learn the differences between interfaces and abstract classes. Discover how to implement contract programming using interfaces and when to use abstract classes versus concrete classes to design flexible and maintainable software systems.
This course serves as the first step towards becoming a software architect, providing essential skills and knowledge to progress from a developer role to designing and managing complex software systems. Join us to unlock your potential and advance your career in software development!
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Classes and objects in C#Learn how to define and instantiate classes and objects in C#, the building blocks of OOP.
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Properties in C#
Understand how to use properties to encapsulate data and define accessors in C#.
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Constructors and Destructors in C#
Discover how constructors and destructors initialize and clean up objects in C#.
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Access modifiers and public access
Explore how public access modifiers control the visibility of class members in C#.
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Private access
Learn about private access modifiers to restrict access to class members within the same class.
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Internal access
Understand how internal access modifiers limit visibility to the same assembly.
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Understanding abstraction and encapsulation
Delve into the concepts of abstraction and encapsulation to simplify and protect your code.
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Inheritance and protected access
Learn how inheritance allows classes to inherit properties and methods, and how protected access works.
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Data Hiding and “new” keyword
Understand data hiding principles and how to use the “new” keyword to hide base class members.
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Understanding virtual functions and method overriding
Explore how virtual functions and method overriding enable polymorphic behavior.
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Abstract class
Discover the role of abstract classes in defining abstract methods and providing a base for other classes.
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Types and Benefits of Inheritance
Learn about different types of inheritance and their benefits for code reusability and organization.
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Polymorphism and its benefits
Understand how polymorphism allows methods to do different things based on the object it is acting upon.
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Understanding the problem with concrete classes
Lets look at how only using Concrete classes for programming leads to rigid, tightly coupled and non extensible code.
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Interfaces and contract programming
Explore interfaces as a way to define contracts for classes, ensuring they implement specific methods.
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Abstract class
Understand the purpose of abstract classes in providing a blueprint for other classes.
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Interfaces vs Abstract class
Compare interfaces and abstract classes to determine when to use each.
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The IAC Model
Learn about the Interface, Abstract class, and Concrete class model and how to apply it in OOP design.
