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C# 10 with .NET 6 Theory for Beginners (Part 1)

Name: C# 10 with .NET 6 Theory for Beginners (Part 1)
Availability: InStock
Rating: 4.5 (112 reviews)

4.5(112)4k students

Korshub's take

Overview

This is a theory-first introduction to C#, built around short code snippets paired with real-world scenarios rather than a full build-along project (that comes in Part 2, where a to-do web app is built from scratch). It works through how the .NET runtime handles memory, the difference between the Stack and Heap, variables, and when to use structs, classes, or records.

Who it's for

It suits complete beginners who want to understand the "why" behind C# before diving into building applications. If you'd rather grasp core concepts solidly first, this theoretical grounding is meant to make later coding make more sense.

Key takeaways

How properties and methods model an object's characteristics and behavior
The difference between classes and objects, and why encapsulation matters
The four types of loops and how conditional logic branches your code
The basics of debugging and exception handling

By the end, you'll have the conceptual vocabulary needed to start building real C# applications with confidence.

About this course

Join me in this exciting foundational course on C# theory taught through short code snippets contrasted with real-world scenarios. Armed with the knowledge from this course, you can confidently begin your path toward becoming a seasoned C# developer.

Don't procrastinate. Take the opportunity to learn a new language, go into the world of coding full of hope and energy, and build awesome applications. I know you can.

As this is a theoretical course, it doesn't show how to build an entire application; we do that in part 2, where you'll install the necessary tools and build a to-do web application from scratch.

Frequently asked questions from students before they took the course.

How does the .NET runtime handle memory?
What is the Stack and the Heap?
What are variables, and how do we use them?
Why do we need structs, classes, and records?
How do we add behaviors to our program?
How do we describe the characteristics of an object?
Is debugging necessary?
What if I need to repeat something? Can it be done?
Why and how do we branch our code with conditional logic?

I answer all these questions in the course, describing how to implement variables, many kids of properties (characteristics, adjectives) and methods (behaviors, verbs), the difference between classes (blueprints, substantives) and objects, and why encapsulation and separation of concerns are paramount, four types of loops, and how to debug and implement exception (error) handling.

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