Free Courses Give Away | Microsoft Technologies | Udemy

Do you want to improve your skills? Have you ever wished to try a new hobby?  Udemy, a popular online learning and teaching platform is always here to help you.

You're not alone if you're new to online learning and don't know where to begin. We've put together a list of free professional development courses. Learn new skills by enrolling in one of these courses.

1) Fundamentals of Programming: Understanding C#

Fundamentals of Programming: Understanding C#

What you will learn? 

Create computer applications to solve basic problems

Apply concepts of objected oriented programming

Who should take this course:

This C# course is for beginning programmers. This is the course for you if you have no programming expertise or need a fast refresher. If you want to learn advanced C# topics, this course is probably not for you.


Download Microsoft Visual Studio, although we'll go through that in detail in the first lecture.


What is Microsoft Visual C#, and how does it work?

C# (pronounced "C sharp") is a programming language for developing programmes that operate on the Microsoft.NET Framework. C# is a lightweight, powerful, type-safe, and object-oriented programming language. C #'s numerous advances make it possible to construct applications quickly while keeping the expressiveness and elegance of C-style languages.

What is the purpose of this course?

This course is intended for people who have never programmed before. You'll learn how to use Microsoft Visual C# to create computer applications. This course's subjects have been hand-picked to provide a solid foundation for all novice programmers.

After I finish this course, where should I go?

This course lays the groundwork for you to continue your programming studies in nearly any field. You can remain with desktop programming and learn how to use technologies like WPF to create rich and immersive applications. Using Xamarin with C#, you can enter the world of mobile development and create Android, iOS, and Windows apps. If game development is your passion, Unity plus C# can help you create both desktop and mobile games. If you're tired with software development, ASP.NET allows you to do web development.

2) Basics of Object Oriented Programming with C#

Basics of Object Oriented Programming with C#

What will you discover?

Basic Object-Oriented Programming Concepts in C# (but the concepts apply to most languages)


Properties & Fields

Readonly and Const constants

Fields of Static

Classes that don't change (Singleton)



Prior to taking this course, you should have some coding expertise.

Visual Studio is already installed on your computer.

Some knowledge of C# is required.


This course will instil in you the fundamentals of Object Oriented Programming (OOP), allowing you to proceed to more complicated, methodical, and cleaner programming techniques.

Students who have at least some coding expertise, especially with C#, should take this course (but Java or any other similar language is also acceptable).

In the course you will learn:

What is the difference between an object and a class?

What exactly is Object-Oriented Programming (OOP)?

Namespaces for constructors of classes

Should you or shouldn't you use the keyword "this"?

Properties and Fields

Properties can be used in a variety of ways.

The distinction between Const and Readonly constants, as well as how to use them

Enumerations of Static Fields and Static (Singleton) Classes

And there's more...

Who this course is for:

Anyone who wishes to expand their knowledge and progress beyond the fundamentals.

Anyone who wishes to brush up on their Object Oriented Programming skills.

Anyone with an interest in the field is welcome to attend.

What will you discover?

Setting up your machine ready to go with C# 9 and .NET 5

How Init-Only Properties in C# 9 can help you write immutable code

Record Types in C# 9 and how they differ from classes and structs

Top Level Programs/Statements in C# 9 and how they are useful for new developers

The Improved Target Typing System in C# 9

Pattern Matching Improvements in C# 9 including the new Not/And/Or Keywords and Relational Pattern Matching 


C# Description is well-understood.

Do you have any queries about how the C# language is developing? Or maybe you've looked at C# 9 features and can't seem to wrap your brain around them. Records? Immutability? Is it only during the initialization? Are there any top-tier programmes? At first, all of these new fandangle capabilities may seem intimidating, but if you break them down into manageable bits, you'll be a pro in no time.

The following are some of the topics covered: 

·         Init-Only Properties are properties that are only used once.

·         Types of Records

·         Statements/Programs at the Highest Level

·         Target Typing Improvements

·         Pattern Matching has been improved. 

In the time it takes you to complete your coffee, you'll have covered everything. Take them one at a time or watch them all at once, and you'll be the go-to C# 9 expert at your office in no time! 

Who this course is for:

This course is intended for C# developers at any level who wish to learn more about C# 9.

4) C#: Polymorphism and Exception Handling types

What will you discover?

types of polymorphism

the exception types

polymorphism fundamentals

exception and errors 


Object-oriented programming languages such as C++, Java, or any other OO language 


In C#, there is a polymorphism. 

Polymorphism is a Greek term that means "many names." To put it another way, one thing can take many different shapes or have various names with different functions. "Poly" stands for "many," and "morph" stands for "forms." A class can have various implementations with the same name thanks to polymorphism. After encapsulation and inheritance, it is one of the key ideas of Object Oriented Programming. You'll discover what polymorphism is, how it works, and how to implement it in C# in this post. 

The following are some of the topics covered: 

C# -Program Structure

Data types

Operator types

class and object (Access Modifier types)

Single Inhertiance

Hierarchical Inheritance

Compile and rum time Polymorphism

function overloading

operator overloading

Method overloading

dynamic polymorphsym

Abstract class and polymorphism

DivideByZero Exception





5) Zero to Master C#.Build Professional Web Sites

Zero to Master C#.Build Professional Web Sites

What will you discover?

You can build web applications using C# .Net Core Library

You will lear how to develop professional web sites

We will cover best practices that is used by millions of software developers

We will cover clean code and clean architecture which will make you better developer

If you do homeworks,you will achieve your goals 


Minimum 4GB RAM Description This course is for you if you want to master c# core. 


You'll learn how to write clean code and architecture using best practises. 

N-layered architecture, DDD, and Microservices will all be discussed. 

We will deploy an ecommerce web application utilising Microservices at the end of this course. 

We'll figure it out. 

Core of the Internet 

This course includes homeworks that you can use to develop your skills. 

We'll go through Microservices, RabbitMq, and Azure Service Bus. 

Entity Framework and SQL Server will be covered. 

We'll learn how to write unit tests. 

TDD will be used to teach us.

 This course is ideal for those interested in learning a new programming language and developing professional web apps.

 Then we'll learn the fundamentals of C#. After learning Net and.Net Core Framework, we'll move on to Entity Framework and SQL Server. 

We will learn Angular at the end of the course. 

Ecommerce Web Application will be our final project. 

Who should take this course? 

Anyone who wants to learn how to create professional web apps using best practises.

6) Learn C# Programming With Database from Scratch

Learn C# Programming With Database from Scratch

What will you discover?

Introduction to C# Programming

What is Microsoft .NET Framework

Advantages of Using C#

Other Technologies for Programming Windows Form Application

Practical Hands on C# Windows Form Application Developement

Develop a Login System with Dashboard

SQL Server Database Connectivity

Perform CRUD Transactions on C# Windows Form Application 


Foundations of Programming, C++ Knowledge is a Plus 


Students will learn how to create window applications using the C# programming language and the SQL Server database in this detailed and structured course.

Students will gain an overview of Visual Studio 2015's IDE (Integrated Development Environment). Then they will create their first window form application, design a login form, add logic to open a new form, design a dashboard, connect to a SQL Server database, perform CRUD functions, and conclude with a bonus video. 

This training is appropriate for people of all levels.

7) C#.Net Core With World Class Practice

C#.Net Core With World Class Practice

What will you discover?

Introduction to C-sharp

Hello World

Compiling and Running











Access levels






Exception Handling

You must have a basic understanding of C or C++, or any other programming language, as well as programming basics, before beginning this lesson.


C# is a modern object-oriented programming language that allows you to write simple but reliable programmes. C# is the main language of the Microsoft.NET framework, and it was created expressly to take advantage of CLI features. Students will learn how to utilise C# and the.NET Framework to create programmes for a variety of desktop and Web applications in this course.


C# (pronounced "see sharp") is a multi-paradigm programming language that supports strong typing, declarative, functional, generic, object-oriented (class-based), and component-oriented programming.


The language is designed to be a general-purpose, object-oriented programming language that is easy and current.


C# (pronounced "see sharp") is a multi-paradigm programming language with strong typing, declarative, functional, generic, object-oriented (class-based), and component-oriented programming capabilities.

The language is intended to be a simple and modern general-purpose object-oriented programming language.


Software engineering techniques like as strong type checking, array bounds checking, and detection of uninitialized variable attempts, and automatic garbage collection should be supported by the language and its implementations. Software longevity, robustness, and programmer productivity are all vital.


The language is designed to be used in the creation of software components that may be deployed in a distributed environment.


 For source code and programmers, portability is critical, especially for those who are already familiar with C and C++.


 It is critical to provide support for internationalisation. C# is intended to be suitable for writing applications for both hosted and embedded systems, ranging from the very large that use sophisticated operating systems, down to the very small having dedicated functions.


Although C# applications are intended to be economical with regard to memory and processing power requirements, the language was not intended to compete directly on performance and size with C or assembly language.

    Who this course is for:

·         Web developers

·         Tech engineers

·         Machine learning students

·         Programmers

·         Android Developers


8) C# Automapper: Code Smart

C# Automapper: Code Smart

Are you a student or professional in the field of software engineering who is tired of mapping the same types over and over again in.NET? Have you been looking for a simple and quick solution to this seemingly complex problem? Why not use a programme that will allow you to manage type mapping automatically? Which of these will allow you to decouple custom logic and mapping?

Take the C# Automapper: Code Smart course to learn how to write clean, decoupled code.

9) Understanding Data Structures using C#

Understanding Data Structures using C#

Learn how to use C# to learn about data structures and algorithms.

We will be delving into the nitty-gritty aspects of Data Structures and Algorithms using C# in this course.

We'll go over each of these with examples to assist us grasp them better.

1: C# Data Structures

2: Organizing

3: Perform a search

Stack, Queues, Hashtables, Dictionary, LinkedList, and Binary Tree are the four types of data structures.

10) C# Refactoring | Powerful code optimization

C# Refactoring | Powerful code optimization 

Do you want to learn how to code better?

Code reworking is the most important tool used by outstanding software developers. I will expose you to the concept of this powerful practise in this course.

This course might be beneficial to you if you have a basic or intermediate level of understanding, or even if you have a lot of experience writing code.

You will learn the following during this course:

Learn about the different forms of code smells. Learn how to look for them in the code.

You may make your code clearer, logical, and legible by optimising it.

Discover the most popular refactoring’s and familiarise yourself with their mechanics.

Learn how to apply refactoring’s to your code in a step-by-step manner.

What is refactoring?

Refactoring is a term that refers to the process of reorganize Code refactoring is the process of modifying existing code to make it more understandable and easier to modify in the future. However, the present functionality should be preserved as a result of these adjustments. Refactoring is a continual procedure that is carried out in little chunks. Existing code is changed to keep functionality. Procedure that never stops little moves in the right direction Refining Objectives superior design complexity has been decreased maintainability of readability architecture that is better What You Should Know If done correctly, refactoring will dramatically enhance your code. by removing unneeded degrees of complexity and simplifying the underlying logic If done incorrectly, it may result in the loss of functionality or the introduction of new issues.

Complex expressions and computations reeks in basic code. Nested if statements many assignments to a temp variable magic literals in code hard to grasp circumstances large method parameter lists logic classes having mixed responsibilities that are complex method bodies.

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