C#.Net Core: From Basics to Advanced OOPs
C# .Net Core: From Basics to Advanced OOPs is a comprehensive course designed to take you from the fundamentals of C# and .Net Core to advanced object-oriented programming (OOP) concepts. Whether you're a beginner looking to start your journey in software development or an experienced developer wanting to deepen your understanding of C# and .Net Core, this course provides the essential knowledge and practical skills needed to build robust applications.The course begins with an introduction to Visual Studio, debugging techniques, and the basic building blocks of C# such as data types, control structures, and arrays. You'll then progress to understanding more complex concepts like classes, objects, constructors, method overloading, and the static keyword. As you move forward, the course delves into advanced OOP principles, including inheritance, method overriding, sealed classes, abstract classes, interfaces, and polymorphism.In addition to core OOP concepts, the course covers essential topics like exception handling, delegates, and asynchronous programming with async and await. Each module is designed to provide hands-on experience through practical exercises, ensuring that you not only learn the theory but also apply it in real-world scenarios.By the end of this course, you'll have a solid foundation in C# and .Net Core, enabling you to develop high-quality applications and tackle complex programming challenges with confidence.
Course Level
Beginner to Advanced
Certification
Certificate of Completion
Career Impact
High Growth Potential
Course Overview
C# .Net Core: From Basics to Advanced OOPs is a comprehensive course designed to take you from the fundamentals of C# and .Net Core to advanced object-oriented programming (OOP) concepts. Whether you're a beginner looking to start your journey in software development or an experienced developer wanting to deepen your understanding of C# and .Net Core, this course provides the essential knowledge and practical skills needed to build robust applications.The course begins with an introduction to Visual Studio, debugging techniques, and the basic building blocks of C# such as data types, control structures, and arrays. You'll then progress to understanding more complex concepts like classes, objects, constructors, method overloading, and the static keyword. As you move forward, the course delves into advanced OOP principles, including inheritance, method overriding, sealed classes, abstract classes, interfaces, and polymorphism.In addition to core OOP concepts, the course covers essential topics like exception handling, delegates, and asynchronous programming with async and await. Each module is designed to provide hands-on experience through practical exercises, ensuring that you not only learn the theory but also apply it in real-world scenarios.By the end of this course, you'll have a solid foundation in C# and .Net Core, enabling you to develop high-quality applications and tackle complex programming challenges with confidence.
What You'll Learn
Understand the fundamentals of C# and .Net Core, including data types, control structures, and arrays.
Master object-oriented programming concepts such as classes, objects, constructors, and method overloading.
Explore advanced OOP principles like inheritance, method overriding, sealed classes, and polymorphism.
Learn about abstract classes, interfaces, partial classes, and how to use them effectively in your code.
Handle exceptions and implement error-handling strategies in your applications.
Work with delegates and understand their role in C# programming.
Implement asynchronous programming with async and await to build responsive applications.
Gain hands-on experience with practical exercises that reinforce your understanding of C# and .Net Core concepts.
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Detailed Curriculum
Introduction to C# and .Net Core
1. Overview of C# and .Net Core
2. Setting up the development environment
3. Introduction to Visual Studio
4. Creating your first C# program
5. Understanding the .Net Core ecosystem
6. Debugging techniques in Visual Studio
7. Project structure and organization
8. Introduction to NuGet package manager
9. Building and running applications
10. Best practices for C# development
C# Fundamentals
1. Variables and data types in C#
2. Operators and expressions
3. Control structures: if-else, switch-case
4. Loops: for, while, do-while, foreach
5. Arrays and collections
6. Methods and functions
7. Parameters and return values
8. Scope and lifetime of variables
9. Introduction to value types vs reference types
10. Practical exercises on C# fundamentals
Object-Oriented Programming Basics
1. Introduction to OOP concepts
2. Classes and objects
3. Constructors and destructors
4. Fields, properties, and methods
5. Method overloading
6. The static keyword and static members
7. Encapsulation and access modifiers
8. Introduction to inheritance
9. Building your first class-based application
10. Practical exercises on OOP basics
Advanced OOP Concepts
1. Inheritance in depth
2. Method overriding and hiding
3. Sealed classes and methods
4. Abstract classes and abstract methods
5. Interfaces and implementation
6. Polymorphism and its applications
7. Composition vs inheritance
8. Partial classes and methods
9. Anonymous types and dynamic typing
10. Practical exercises on advanced OOP
Exception Handling and Error Management
1. Introduction to exceptions in C#
2. Try-catch blocks and exception handling
3. Throwing exceptions
4. Custom exception classes
5. Finally blocks and resource cleanup
6. Using statement for resource management
7. Exception handling best practices
8. Debugging exceptions
9. Logging and error reporting
10. Practical exercises on exception handling
Delegates and Events
1. Introduction to delegates
2. Declaring and using delegates
3. Multicast delegates
4. Lambda expressions and anonymous methods
5. Action and Func delegates
6. Introduction to events
7. Declaring and raising events
8. Event handlers and subscribers
9. Practical applications of delegates and events
10. Building an event-driven application
Asynchronous Programming
1. Introduction to asynchronous programming
2. Understanding async and await keywords
3. Task-based asynchronous pattern
4. Handling exceptions in async methods
5. Canceling asynchronous operations
6. Parallel programming with Task Parallel Library
7. Using async with UI applications
8. Async streams and IAsyncEnumerable
9. Performance considerations in async programming
10. Building a responsive async application
Final Project
1. Project requirements and specifications
2. Designing the application architecture
3. Implementing core functionality
4. Adding advanced features
5. Testing and debugging
6. Code review and refactoring
7. Documentation and deployment
8. Project presentation
9. Peer review and feedback
10. Course wrap-up and next steps
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