55339 Programming in C#
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- 287 Courses
Upcoming Class Schedule
$2,995.00
Jan 04 - Jan 08, 2027
9:00 AM - 5:00 PM America/New_York- VILT
- Explain how to use Visual Studio to create and run an application.
- Describe the features and syntax of the C# programming language.
- Define the monitoring needs of large-scale applications
- Create and call methods, capture and manage exceptions.
- Understand the .NET development platform and libraries.
- Understand the .NET framework classes.
- Create well-structured and easily-maintainable C# code.
- Define and implement interfaces.
- Create a class hierarchy using inheritance.
- Understand object-oriented programming concepts.
- Implement the fundamental architecture and core components of a desktop application.
- Acquire a working knowledge of how to build a graphical UI using XAML.
- Use file I/O and streams, and serialize/deserialize data in various formats.
- Understand web communications and protocols.
- Create an entity data model for database access.
- Use Language-Integrated Query (LINQ).
- Use asynchronous operations to create performant applications.
- Add dynamic components and unmanaged libraries to a C# program.
- Understand the use of generics and generic collections.
- Retrieve metadata from types using .NET reflection.
Who should attend 55339 Programming in C# Course
This course is intended for experienced developers who already have programming experience in C, C++, JavaScript, Objective-C, Microsoft Visual Basic, or Java, and understand the concepts of object-oriented programming. This course is not designed for students who are new to programming; it is targeted at professional developers with at least one month of experience programming in an object-oriented environment. Those new to programming should consider course 55337 - Introduction to Programming. The 55337 course uses C# as the language to facilitate an introduction to programming generally, whereas this course focuses on the C# language itself, making it an excellent follow-on course. If you want to learn to take full advantage of the C# language, then this is the course for you.
Prerequisites for 55339 Programming in C# Course
55339 Programming in C# Course Outline
- Writing Applications in C# and .NET
- Types of Data and Expressions
- C# Language Constructs
- Methods
- Method Overloading
- Exception Handling
- Monitoring
- Structs
- Enums
- Built-in Collections
- Events
- Creating Classes
- Interfaces
- Understanding Generics in C#
- Hierarchies of Classes
- Polymorphism
- Extending Classes
- File I/O
- Serialization and Deserialization
- Streams
- Entity Framework
- LINQ
- Web Services
- REST and OData
- ASP.NET Core MVC
- Using UI Frameworks
- Data binding
- Styling the UI
- Multitasking
- Asynchronous Calls
- Dealing with Conflicts
- Dynamic Objects
- Managing Resources
- Metadata
- Attributes
- Generating Code
- Assemblies
Resources
FAQs on 55339 Programming in C#
This course is designed for experienced developers who already know C, C++, JavaScript, Objective-C, Visual Basic, or Java, and understand object-oriented programming concepts. It is intended for professionals with at least one month of experience programming in an object-oriented environment, not beginners.
Students should have some limited experience using C# to complete basic programming tasks, along with a solid understanding of object-oriented programming concepts from prior experience in another language.
This course is not designed for programming beginners. Those new to programming should instead take course 55337 – Introduction to Programming, which uses C# to teach general programming concepts before moving on to this more advanced, language-focused course.
The course covers C# syntax, classes, inheritance, collections, exception handling, file I/O, database access with Entity Framework and LINQ, web services, GUI development with XAML, asynchronous programming, and code reuse techniques like generics and attributes.
You will be able to build well-structured, maintainable C# applications, create desktop and web-connected apps, implement data access and serialization, design graphical interfaces, and use asynchronous operations to improve application performance.