The MSBuild Course is designed to provide participants with in-depth knowledge of MSBuild, a build automation tool used primarily in .NET projects. Participants will learn how to configure and optimize build processes, manage dependencies, and automate the compilation, testing, and deployment of applications. The course covers everything from basic MSBuild syntax to advanced configurations, ensuring participants are equipped to work with MSBuild in various development environments.

High-Level Training Flow – MSBuild Course

1. Requirement Gathering & Training Need Analysis (TNA)
   Assess participants' understanding of build automation, version control, and their experience with .NET projects. Identify specific areas where participants need more knowledge and ensure the course is tailored to their skill level.

2. Curriculum Finalization & Agenda Approval
   Finalize the course structure, session schedules, and learning outcomes. Core topics typically include:

   • Introduction to MSBuild and its role in build automation

   • Understanding MSBuild syntax and structure

   • Defining and managing MSBuild targets and tasks

   • Customizing build processes with MSBuild

   • Working with MSBuild in Visual Studio

   • Using MSBuild for continuous integration (CI) and deployment (CD)
     The agenda will be reviewed and approved to ensure alignment with participants' needs.

3. Environment Setup
   Set up the necessary development environment, which includes:

   • Installing Visual Studio and MSBuild

   • Configuring MSBuild for local projects and source code repositories

   • Ensuring access to sample projects and the ability to run builds through MSBuild

4. Content Preparation
   Develop slides, demos, hands-on exercises, and real-world examples covering:

   • MSBuild syntax and project structure

   • Creating and configuring MSBuild targets and tasks

   • Defining build configurations and dependencies

   • Working with MSBuild files (e.g., .csproj and .targets files)

   • Advanced MSBuild features like custom tasks and properties

   • Integrating MSBuild with other build tools (e.g., Jenkins, Azure DevOps)

5. Delivery of Training (Live Sessions / Workshops)
   Deliver live sessions combining theory and practical labs. Topics will include:

   • Basics of MSBuild syntax and project structure

   • Writing and customizing MSBuild build files (.csproj, .targets)

   • Automating builds with MSBuild tasks and targets

   • Handling dependencies and build configurations in MSBuild

   • Using MSBuild in CI/CD pipelines for automated builds and deployments

   • Troubleshooting MSBuild errors and optimizing builds

6. Daily Recap & Lab Review
   Summarize key concepts after each session, review completed exercises, and answer participant questions. This ensures that participants are confident in using MSBuild and can apply their knowledge to their own projects.

7. Assessment & Project Submission
   Evaluate participants through quizzes, hands-on exercises, and a final project. The project may involve creating a custom MSBuild file for a .NET application, defining multiple build configurations, managing dependencies, and automating the deployment process.

8. Feedback Collection
   Collect feedback on the course content, delivery style, exercises, and overall training experience. This helps identify areas for improvement and ensures the course meets the participants' expectations.

9. Post-Training Support (Q&A, Slack/Telegram group)
   Provide ongoing support through Q&A sessions, Slack/Telegram groups, or email for troubleshooting, applying MSBuild in real-world projects, and answering advanced questions about MSBuild tasks and configurations.

10. Training Report Submission to Corporate Client
    Document attendance, assessment results, project completion, and participant feedback. The final report summarizes participants' understanding of MSBuild and their ability to apply it to automate builds, tests, and deployments in .NET projects.