Introduction
The world of development on the Microsoft platform has never stood still. Today, C# and .NET are not just a language and framework, but a powerful ecosystem for creating web applications, microservices, desktop programs, and games. But how do you quickly enter this field, especially if you are a beginner or want to systematize your knowledge? The answer lies in the symbiosis of structured learning and artificial intelligence.
The course "C# and .NET — Development on the Microsoft Platform" on the ASI Biont platform offers a unique approach: you study theory and practice, while AI generates personalized lessons, adapting to your pace. Forget boring lectures — here, each module is created for specific tasks. And most importantly: the entire course is completely free, with no hidden fees.
Why C# and .NET Remain in Demand in 2026?
The Microsoft .NET platform has come a long way in evolution. With the release of .NET Core and .NET 8/9, it has become cross-platform, fast, and open. Here are the key reasons why learning C# is an investment in your career:
- Versatility: from web (ASP.NET Core) to mobile applications (Xamarin/MAUI).
- Performance: .NET is among the top 5 fastest frameworks according to TechEmpower benchmarks.
- Microsoft Support: regular updates, a huge community, and corporate standards.
What Does the Technology Stack Include?
A modern .NET developer must master a whole set of tools. Here is the basic minimum:
| Technology | Purpose |
|---|---|
| ASP.NET Core | Creating web APIs and MVC applications |
| Entity Framework Core | ORM for working with databases |
| LINQ | Language Integrated Query |
| Blazor | Interactive web interfaces in C# |
| REST API | Data exchange between services |
| MS SQL | Relational database |
| Azure | Cloud services and deployment |
| Design Patterns | Architectural solutions (DI, Repository, CQRS) |
How AI Transforms Programming Education?
Traditional courses often suffer from being templated: you go through fixed lectures that may not match your level. On ASI Biont, the process is different. Artificial intelligence algorithms analyze your answers and progress, then generate new topics and examples. For example:
- If you made a mistake in LINQ syntax, AI will suggest additional exercises specifically on that topic.
- If you quickly grasped the basics, the system will speed up the pace and move on to advanced concepts, such as asynchronous programming or the Unit of Work pattern.
Practical Example: Creating a REST API
Imagine you are studying the "REST API" section. Instead of dry theory, AI generates a task:
"Develop a controller for managing orders. Use Entity Framework to connect to MS SQL and implement the Repository pattern. Test requests via Swagger."
You write the code, submit it for review, and AI points out errors: for example, missing the [ApiController] attribute or incorrect use of IQueryable. This approach reinforces skills 70% faster than reading documentation.
Key Course Topics: From Basics to Azure
The course "C# and .NET — Development on the Microsoft Platform" covers all stages of becoming a developer. Here is what you will learn:
1. Foundation: C# and .NET Core
- Data types, OOP, delegates, and events.
- Working with collections and LINQ.
- Asynchronous programming (async/await).
2. Web Development: ASP.NET Core
- Creating MVC applications.
- Middleware, routing, and dependency injection.
- Developing RESTful APIs with authorization (JWT).
3. Databases: Entity Framework and MS SQL
- Code-First and Database-First approaches.
- Migrations, query optimization.
- Working with SQL Server via LINQ.
4. Modern Interfaces: Blazor
- Component-based approach.
- Interaction with JavaScript.
- PWA applications in C#.
5. Cloud Technologies: Azure
- Deploying web applications.
- Azure Functions and message queues.
- Monitoring and logging (Application Insights).
6. Architecture: Design Patterns
- SOLID, Depen
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