Object-Oriented Programming in C# (4001) Course Overview

Course Prerequisites

• Basic Computer Knowledge.

Target Audience for Object-Oriented Programming in C# (4001)

The Object-Oriented Programming in C# course is designed for experienced developers needing a deep dive into C# and .NET fundamentals.

Target Audience and Job Roles for the Course:

• Software Developers and Engineers with experience in other programming languages
• System Architects who need to understand C# for project planning or migration
• Technical Leads directing teams in .NET environments
• Experienced Programmers from languages such as Java or C++ transitioning to .NET
• Backend Developers wanting to enhance their understanding of C# and .NET Core
• IT Professionals involved in Windows and web application development
• Application Developers needing to upgrade or refresh their skills in modern .NET implementations

Learning Objectives - What you will Learn in this Object-Oriented Programming in C# (4001)?

1. Introduction to Learning Outcomes: Gain mastery over C# and .NET programming, including advanced concepts like multi-threading, GUI programming with Windows Forms, and understanding of .NET Core’s architecture and libraries.

2. List of Learning Objectives and Outcomes:

   • Acquire a comprehensive understanding of the C# programming language and its interaction with the .NET framework.
   • Develop skills to implement GUI applications using Windows Forms in Visual Studio 2022.
   • Understand and apply object-oriented programming principles in C# for robust application development.
   • Gain knowledge of .NET Core, .NET 6, and cross-platform development essentials.
   • Learn to manage application packages, metapackages, and frameworks efficiently.
   • Master the .NET programming model, including metadata, reflection, I/O, serialization, processes, and thread management.
   • Employ advanced C# features such as asynchronous programming, nullable reference types, and record types.
   • Utilize LINQ for data manipulation and querying with ease and efficiency.
   • Implement effective memory management practices in .NET applications to optimize performance.
   • Understand and apply multi-threading and synchronization techniques to build efficient, scalable, and robust applications.