This Introduction to Blazor training is designed to help participants build modern, interactive web applications using Microsoft Blazor. The course covers Blazor fundamentals, component-based UI development, Razor syntax, data binding, event handling, state management basics, form handling, API integration, and deployment concepts. Participants will gain hands-on experience to develop rich web applications using C# instead of JavaScript and prepare for advanced Blazor and .NET web development learning paths.

• Understand the architecture, components, and development model of Blazor for modern web application development.
• Set up and configure the Blazor development environment using Visual Studio and .NET tools.
• Design interactive user interfaces using Razor components, layouts, routing, and component-based development approaches.
• Implement data binding, event handling, forms, validation, and component communication within Blazor applications.
• Debug, test, and optimize Blazor applications for performance, scalability, and maintainability.
• Build responsive, secure, and production-ready web applications using Blazor best practices.

 • .NET developers exploring modern web UI frameworks
 • Web developers transitioning to Blazor
 • Full-stack developers using Microsoft technologies
 • Software engineers building interactive web applications
 • Technical professionals interested in Blazor development

 • Basic knowledge of C# and .NET concepts
 • Familiarity with HTML and CSS
 • Basic understanding of web development fundamentals

 • Building web applications using Blazor
 • Creating and managing Blazor components
 • Using Razor syntax effectively
 • Implementing data binding and event handling
 • Managing component state
 • Handling forms and validation
 • Integrating APIs into Blazor apps
 • Preparing Blazor applications for deployment

By the end of this training, participants will be able to build interactive Blazor web applications using modern best practices. Learners will gain strong fundamentals in Blazor components, Razor syntax, and data binding, enabling them to create scalable web applications and confidently progress to advanced Blazor development.

Introduction to Blazor & Project Setup
 • What is Blazor and how it works
 • Blazor Server vs Blazor WebAssembly
 • Setting up Blazor development environment
 • Creating and running Blazor applications

Razor Syntax & Components
 • Razor syntax fundamentals
 • Creating Blazor components
 • Component parameters and lifecycle basics
 • Component composition

Data Binding & Event Handling
 • One-way and two-way data binding
 • Handling user events
 • Passing data between components
 • Managing UI state

Layouts, Navigation & Routing
 • Creating layouts
 • Configuring routing
 • Navigation links
 • Route parameters basics

Forms & Validation
 • Handling forms in Blazor
 • Data annotations and validation
 • Custom validation basics
 • Form submission patterns

State Management Basics
 • Managing local component state
 • Sharing state between components
 • Introduction to state containers
 • Best practices for state handling

API Integration & Data Access
 • Calling REST APIs from Blazor
 • Handling HTTP responses
 • Displaying dynamic data
 • Error handling for API calls

Authentication & Authorization Basics
 • Authentication concepts in Blazor
 • Securing Blazor applications
 • Role-based access basics
 • Managing user sessions

Deployment & Production Readiness
 • Building Blazor applications for production
 • Hosting options overview
 • Performance optimization basics
 • Best practices for Blazor deployment

• Architecture and core concepts of Blazor and the .NET ecosystem.
• Installation, environment setup, project structure, and configuration of Blazor applications.
• Razor components, component lifecycle, layouts, routing, and navigation in Blazor applications.
• Data binding, event handling, forms, input controls, validation, and component communication techniques.
• Service integration, dependency injection, API consumption, state management, and authentication concepts.
• Debugging, testing, performance optimization, deployment, and Blazor development best practices.

Participants will be evaluated through hands-on Blazor application labs, practical development exercises, instructor-led code reviews, and a final assessment focused on building and validating a complete Blazor application.

Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.

Upon successful completion of the training, participants will receive an AcadNXT Certificate of Completion for Introduction to Blazor. This digital, verifiable certification validates core Blazor development skills and can be shared on LinkedIn and included in professional profiles to enhance career credibility.