Module 1: Introduction to Web Development

• Overview of front-end vs. back-end development
• Core web technologies: HTML5, CSS3, and JavaScript ES6+
• Introduction to responsive web design with CSS frameworks (Bootstrap, Flexbox)
• Version control with Git and GitHub for collaborative projects
• Setting up a local development environment with Node.js and Visual Studio Code

Module 2: JavaScript Fundamentals for Front-End Development

• JavaScript basics: variables, functions, loops, and conditional statements
• Advanced JavaScript concepts: closures, promises, and async/await
• Manipulating the DOM (Document Object Model) using JavaScript
• Introduction to ES6+ features: arrow functions, destructuring, template literals, and modules
• Debugging and testing JavaScript code in the browser

Module 3: Introduction to TypeScript

• Overview of TypeScript: why it’s used with Angular
• TypeScript basics: types, interfaces, and classes
• Working with modules and decorators in TypeScript
• Debugging TypeScript applications
• Transpiling TypeScript to JavaScript for browser compatibility

Module 4: Introduction to Angular

• Overview of Angular: key features and architecture (components, modules, services)
• Setting up an Angular development environment using Angular CLI
• Creating and configuring an Angular project
• Understanding Angular project structure (modules, components, templates, and styles)
• Introduction to Angular’s two-way data binding and templates

Module 5: Components and Data Binding in Angular

• Creating and structuring Angular components
• Component lifecycle hooks (ngOnInit, ngOnDestroy, etc.)
• Property and event binding for parent-child component interaction
• Using directives: built-in directives (ngIf, ngFor, ngClass) and custom directives
• Understanding two-way data binding with [(ngModel)]

Module 6: Routing and Navigation in Angular

• Introduction to Angular Router: configuring routes and navigation
• Creating dynamic, multi-page applications with routing
• Route parameters and query strings for passing data between components
• Lazy loading modules for optimizing application performance
• Implementing route guards for protecting routes and managing authentication

Module 7: Forms and User Input Handling in Angular

• Building template-driven forms using Angular’s form controls
• Implementing reactive forms: FormGroup, FormControl, and FormBuilder
• Form validation: built-in and custom validators
• Handling form submission and error messages
• Best practices for managing form states and error handling

Module 8: Services and Dependency Injection in Angular

• Introduction to services in Angular: creating and using services
• Understanding Angular’s Dependency Injection (DI) system
• Using services to manage application-wide data and state
• Consuming RESTful APIs with Angular’s HttpClient service
• Implementing asynchronous operations using observables (RxJS)

Module 9: State Management in Angular Applications

• Managing state in Angular with services and observables
• Introduction to state management libraries (NgRx, Akita)
• Implementing Redux patterns in Angular for scalable state management
• Using RxJS for reactive programming and event handling
• Managing global application state and component-specific states

Module 10: Building and Consuming APIs in Angular

• Overview of RESTful APIs and HTTP methods
• Consuming external APIs using HttpClient in Angular
• Making GET, POST, PUT, and DELETE requests to APIs
• Handling API responses, errors, and loading states
• Best practices for secure and optimized API consumption in front-end applications

Module 11: Authentication and Authorization in Angular

• Implementing user authentication with JWT (JSON Web Tokens)
• Creating login and registration pages using Angular forms
• Protecting routes and components with Angular route guards
• Managing user sessions and token storage with services
• Role-based authorization and handling different user roles

Module 12: Optimizing Angular Applications for Performance

• Understanding Angular’s change detection mechanism
• Optimizing application performance with Angular modules and lazy loading
• Caching API calls and data using services
• Minification, tree shaking, and AOT (Ahead of Time) compilation
• Using Angular’s CLI for production builds and performance monitoring

Module 13: Testing Angular Applications

• Writing unit tests for Angular components and services using Jasmine and Karma
• Testing HTTP requests and observables in Angular applications
• End-to-end testing with Protractor
• Best practices for writing maintainable and scalable test suites
• Continuous Integration (CI) setup for automated testing in Angular

Module 14: Building Progressive Web Apps (PWAs) with Angular

• Introduction to Progressive Web Apps (PWAs) and their benefits
• Converting an Angular application into a PWA
• Implementing service workers for offline capabilities and caching
• Using push notifications and background sync in PWAs
• Deploying and optimizing PWAs for different platforms

Module 15: Capstone Project: Developing a Complete Angular Application

• Build a fully functional, responsive web application using Angular
• Implement features such as user authentication, API integration, and form handling
• Use Angular services, routing, and state management for a dynamic application
• Optimize the application for performance and deploy it to a cloud platform
• Present the project with working features, codebase, and documentation