
Explain that Angular is a framework for building web apps, not a language, written in TypeScript, backed by Google, with the full setup out of the box.
Learn that an Angular app is a tree of components, each combining a TypeScript class with a template to form reusable, isolated UI blocks.
Set up a task manager in TypeScript, create index.ts, declare a string message, log it, compile with tsc, and run node to confirm type checking.
Explore type annotations in TypeScript to describe data with explicit labels, using the colon syntax to bind strings, numbers, and booleans, and prevent runtime surprises in a task manager project.
Learn to annotate variables with string, boolean, and number types in TypeScript, and build a task object with title, completed, and priority, showcasing type safety and editor feedback.
Learn to enforce type safety in TypeScript by declaring typed arrays for task objects, prevent pushing wrong types, and understand both task[] and array<task> notations plus live compiler checks.
Learn how interfaces enforce a contract in TypeScript by defining a Task interface with required id, title, completed, and priority fields, and an optional due date with a read-only id.
Learn how union types and literal types constrain the task status to 'todo', 'in progress', or 'done', preventing invalid strings and hidden bugs in TypeScript.
Master type narrowing in TypeScript by using the tight off operator to refine unions on primitive types, and the in operator and discriminant checks to handle object shapes safely.
Explain single page applications, which load most resources at launch and update data without reloading the page, delivering fast, responsive user experiences in browsers with JavaScript frameworks like Angular.
Use the Angular CLI to create a new Angular app with ng new, navigating to a desktop project folder. Select CSS and skip SSR to download the necessary files.
Open your first Angular app in VS Code, run ng serve in the integrated terminal, and view the local server at localhost:4200.
Explore the angular project file structure, including dot angular folder, dot VSCode folder, node_modules, and angular.json, and learn how ng serve uses compiler cache to speed builds.
Understand Angular components as the building blocks of a component-based front end, combining data, HTML templates, and logic to create reusable UI sections like a navbar and post list.
Analyze common component layouts across Gmail inbox and Apple.com, identifying the navbar, left and right sidebars, inbox list, compose button, search, cart, hero, features, categories, and carousel.
Explore how angular's component based framework loads the browser view using ng serve and localhost:4200, with the app root selector injecting component HTML into index.html.
Create an Angular navbar component from scratch using the app-navbar selector and a standalone AppNavBar class with TypeScript, and learn how Angular loads it in the browser.
Learn how to load an Angular component in the browser by adding its selector to index.html, use the template property for HTML, and bootstrap the navbar component via main.ts.
Export the app navbar class to fix the 'declared but its value is never read' error and mark it standalone (standalone: true) for Angular 17, then load via bootstrap method.
Learn how to nest components in Angular by using the app component as the root and loading child components via imports and the app component template.
Use the template property to embed HTML in an Angular component, either inline or with backticks for multiline HTML, demonstrating with a button example.
Use the component decorator's styles property to apply inline CSS, turning h1 red with a black background and supporting multi-line styles using the Matildas symbol.
Learn to move template and styles into external files using template URL and styles URL, applying best practices to Angular components like navbar for maintainability.
Generate a header component quickly with the angular CLI using ng generate component, producing all files, wiring the component into the app, and outlining automatic imports and testing setup.
This course will give you a solid foundation in Angular 22 by providing an in-depth tour of all the advanced features available in the Angular Core and Common modules.
These two baseline modules are the foundation for everything in Angular, so mastering them in detail is essential. Angular has evolved significantly over the years, and with the introduction of Signals, there are now multiple ways to approach certain tasks. In this course, we’ll cover each feature from both perspectives—using Signals and decorators, where applicable.
In this course, you’ll get a comprehensive guided tour of both basic and advanced functionalities available in these essential Angular modules, including features like Angular Elements.
We’ll cover everything from the most commonly used Angular features to the more advanced topics, such as change detection modes, style isolation, dependency injection, content projection, internationalization, standalone components, and more.
The course assumes no prior Angular experience. Each concept builds upon the previous one, so there are no forward references, making the learning process smooth and logical.
While we start with Angular fundamentals, the course quickly transitions to intermediate and advanced topics, ensuring there's something for developers at every level.
To help you master the standalone components feature, we’ll dedicate a section on how to migrate existing applications to use standalone components and remove NgModules completely.
Course Overview
We’ll begin with a quick, practical introduction to the Angular framework. You’ll set up your development environment and use the Angular CLI to quickly scaffold a project.
With this playground, we’ll answer common Angular questions: Why Angular? What are its main advantages and key features? You’ll learn about change detection and get introduced to Angular’s template syntax.
Next, we’ll explore all the features of the Angular Core and Common modules, including:
Custom components with @Component
Components @Input and @Output, and event Emitters
Control flow syntax: @if, @for, @switch
Directives: ngFor, ngIf, ngClass, ngStyle, ngSwitch
@defer for partial template loading
Observables, Built-In Pipes, Async Pipe, and Custom Pipes
@Injectable and Custom Services
Lifecycle Hooks (ngOnInit, ngOnDestroy, etc.)
HTTP Client - GET, POST, PUT, DELETE
@ViewChild, @ViewChildren, @ContentChild, @ContentChildren
Content Projection with ng-content and ng-template
Change Detection (Normal and OnPush), View Encapsulation
Structural and Attribute Directives (@Directive, @Host, @HostListener, @HostBinding)
Dependency Injection (@Inject, @Optional, @Self, @SkipSelf)
Custom Change Detection
Angular Elements and Standalone Components
Angular Signals and much more.
What Will You Learn In This Course?
By the end of this course, you will have advanced, practical knowledge of Angular 22. You’ll be confident in building Angular applications, with a detailed understanding of everything offered by Angular’s Core and Common modules.