Introduction of ASP.NET Model-View-Controller(MVC) 
ASP.NET MVC (Model-View-Controller) is a powerful web application framework that provides a clear separation of concerns, making it easier to build scalable and maintainable web applications. This course will guide you through the development of web applications using the MVC architecture, focusing on how to create robust, modular, and maintainable solutions. You will learn how to effectively implement the Model-View-Controller design pattern to streamline the development process, improve testability, and facilitate future growth. With hands-on examples, you will gain expertise in building dynamic, data-driven web applications that can handle high traffic and complex business logic.

By the end of this course, you’ll have the skills to design and implement scalable web applications using ASP.NET MVC, while adhering to best practices in web development.

Prerequisites

• Basic understanding of C# programming language
• Familiarity with HTML, CSS, and JavaScript
• Knowledge of web application development concepts
• Understanding of the .NET ecosystem and Visual Studio

Table of Contents

1. Introduction to ASP.NET MVC Architecture
   1.1 Overview of the MVC Design Pattern
   1.2 Advantages of Using MVC in Web Applications
   1.3 ASP.NET MVC Framework vs. Web Forms
   1.4 Core Concepts of Model, View, and Controller
   1.5 How MVC Works with Routing and Views
2. Setting Up ASP.NET MVC Projects
   2.1 Creating a New ASP.NET MVC Project in Visual Studio
   2.2 Understanding the Folder Structure of an MVC Application
   2.3 Configuring the Startup and App Configuration
   2.4 Installing Necessary Packages with NuGet
   2.5 Setting Up Dependency Injection in ASP.NET MVC(Ref: ASP.NET Web API: Building RESTful Services for Modern Web Applications)
3. Model-View-Controller Components
   3.1 Designing Models and Data Structures
   3.2 Implementing Controllers to Handle Business Logic
   3.3 Creating Views with Razor Syntax
   3.4 Using Partial Views for Reusable Components
   3.5 Working with View Models to Pass Data
4. Routing and URL Management of ASP.NET Model-View-Controller(MVC) 
   4.1 Configuring Routes in Global.asax
   4.2 Understanding Conventional and Attribute Routing
   4.3 Using Route Constraints and Default Values
   4.4 Defining Custom Routes and Custom Actions
   4.5 Route Parameters and Query Strings
5. Data Binding and Validation
   5.1 Binding Data from Controller to Views
   5.2 Using HTML Helpers for Dynamic Form Elements
   5.3 Implementing Data Annotations for Validation
   5.4 Custom Validation Attributes and Client-Side Validation
   5.5 Handling Validation Errors in Views
6. CRUD Operations with ASP.NET MVC
   6.1 Implementing Create, Read, Update, and Delete (CRUD) Actions
   6.2 Using Entity Framework for Database Operations
   6.3 Working with Entity Framework Core in MVC
   6.4 Displaying Data from a Database in Views
   6.5 Handling Form Submissions and File Uploads
7. Advanced Controller Techniques of ASP.NET Model-View-Controller(MVC) 
   7.1 Action Filters and Custom Filters for Request Handling
   7.2 Using Redirects and RedirectToAction Method
   7.3 Managing Multiple Actions and Result Types (JSON, View, Redirect)
   7.4 Handling Exceptions and Custom Error Pages
   7.5 Session Management and State Preservation
8. Authentication and Authorization
   8.1 Setting Up ASP.NET Identity for User Authentication
   8.2 Implementing Role-Based Access Control (RBAC)
   8.3 Securing Web Applications with OAuth and OpenID Connect
   8.4 External Authentication Providers (Google, Facebook, etc.)
   8.5 Using Cookies and Tokens for Session Management
9. Enhancing Performance in ASP.NET MVC
   9.1 Caching Strategies for MVC Applications
   9.2 Optimizing Views with Bundling and Minification
   9.3 Using Lazy Loading for Performance Optimization
   9.4 Reducing Database Calls with Eager and Lazy Loading
   9.5 Scaling Web Applications with Load Balancing
10. Testing and Debugging ASP.NET MVC Applications
    10.1 Unit Testing Controllers with Mocking and Dependency Injection
    10.2 Integration Testing ASP.NET MVC Applications
    10.3 Debugging MVC Applications in Visual Studio
    10.4 Profiling ASP.NET MVC for Performance Issues
    10.5 Continuous Integration with ASP.NET MVC and CI/CD Pipelines
11. Deploying ASP.NET MVC Applications
    11.1 Deploying ASP.NET MVC Applications to IIS
    11.2 Using Azure App Service for MVC Application Deployment
    11.3 Dockerizing ASP.NET MVC Applications
    11.4 Implementing Continuous Deployment with Azure DevOps
    11.5 Configuring Environments and Connection Strings for Production
12. Advanced Features and Best Practices
    12.1 Implementing RESTful APIs with ASP.NET MVC
    12.2 Real-Time Communication with SignalR in MVC
    12.3 Building Multilingual Applications with Resource Files
    12.4 Using Dependency Injection in ASP.NET MVC
    12.5 Best Practices for Maintaining MVC Applications

Hands-On Projects and Real-World Scenarios
13.1 Building a Task Management Web Application
13.2 Implementing an E-commerce Website with Shopping Cart
13.3 Developing a Blog Engine with ASP.NET MVC
13.4 Implementing a Job Portal with Authentication and Authorization
13.5 Creating a Customer Feedback System with Real-Time Notifications

Conclusion
By completing this course, you will have gained a solid understanding of how to use ASP.NET MVC to develop scalable, maintainable, and high-performing web applications. You’ll be proficient in the design patterns, tools, and techniques that are essential for building modern web applications with the MVC architecture. Through hands-on practice and real-world projects, you will acquire the expertise necessary to develop dynamic, data-driven applications that cater to a variety of business needs. Whether you’re building small-scale applications or large enterprise solutions, ASP.NET MVC will provide the foundation for creating robust and scalable web platforms.

Reference