Angular: Full-Stack Application Development

Uplatz offers this comprehensive course on Angular: Full-Stack Application Development. It is a self-paced course with video lectures. You will be awarded Course Completion Certificate at the end of the course.

What is Angular?

Angular is a popular open-source web application framework developed and maintained by Google. It is used for building dynamic, single-page applications (SPAs) and progressive web apps (PWAs). Angular is a TypeScript-based framework that provides a structured way to develop web applications by offering a comprehensive suite of tools and features.

Angular is a powerful framework for modern web development, offering a robust set of tools and features to build dynamic, scalable, and maintainable applications. Its component-based architecture, TypeScript support, and comprehensive ecosystem make it a popular choice for developers and organizations worldwide. Whether you're building a small project or a large enterprise application, Angular provides the tools and structure needed to succeed.

How Angular Works

Angular works by extending HTML with additional attributes and using a component-based architecture. Here's a high-level overview of how Angular works:

1. Components: Angular applications are built using components. Each component consists of:

   • A TypeScript class that defines the behavior (logic).

   • An HTML template that defines the view (UI).

   • CSS styles for styling the component.

2. Modules: Angular apps are modular, and Angular uses NgModules to organize the application into cohesive blocks of functionality. Every Angular app has at least one root module (AppModule).

3. Templates: Angular uses HTML templates to define the UI. These templates can include Angular-specific syntax like data binding, directives, and pipes.

4. Data Binding: Angular provides a powerful data binding mechanism that synchronizes the data between the component and the view. There are four forms of data binding:

   • Interpolation ({{ }})

   • Property binding ([ ])

   • Event binding (( ))

   • Two-way binding ([( )])

5. Dependency Injection: Angular has a built-in dependency injection system that makes it easier to develop and test applications by providing dependencies to components and services.

6. Routing: Angular's router enables navigation between different views or components based on the URL. It allows for lazy loading of modules, which improves performance.

7. Services: Services are used to encapsulate business logic, data access, or shared functionality. They can be injected into components.

8. Directives: Angular provides built-in directives (e.g. ngIf, ngFor) to manipulate the DOM and add dynamic behavior to the application.

9. Pipes: Pipes are used to transform data in the template, such as formatting dates, currency, or filtering lists.

10. Change Detection: Angular uses a change detection mechanism to automatically update the view whenever the underlying data changes.

Key Features of Angular

1. Two-Way Data Binding: Simplifies the synchronization between the model and the view.

2. Component-Based Architecture: Encourages reusability and modularity.

3. TypeScript Support: Provides strong typing, better tooling, and improved code quality.

4. Dependency Injection: Makes applications more modular and testable.

5. RxJS Integration: Simplifies handling asynchronous operations and event-based programming.

6. Angular CLI: A command-line tool for scaffolding, building, and testing Angular applications.

7. Cross-Platform Development: Supports building web, mobile (via Ionic), and desktop (via Electron) applications.

8. Powerful Templating: Combines HTML with Angular directives for dynamic content.

9. Built-in Routing: Simplifies navigation and lazy loading.

10. Comprehensive Tooling: Includes tools for testing, debugging, and optimizing applications.

Benefits of Angular

1. Enhanced Productivity: Angular's CLI, component-based architecture, and reusable code reduce development time.

2. Improved Performance: Features like lazy loading, Ahead-of-Time (AOT) compilation, and tree-shaking optimize performance.

3. Scalability: Angular is designed for building large-scale applications with maintainable code.

4. Cross-Platform Support: Enables developers to build applications for web, mobile, and desktop using a single framework.

5. Strong Community and Ecosystem: Backed by Google and a large community, Angular has extensive documentation, third-party libraries, and tools.

6. TypeScript Advantages: Strong typing, better IDE support, and improved code maintainability.

7. Testing Support: Built-in support for unit testing and end-to-end testing.

8. Consistency: Angular provides a consistent structure and best practices, making it easier for teams to collaborate.

9. Security: Built-in protections against common web vulnerabilities like XSS and CSRF.

Reed Courses Certificate of Completion

Digital certificate - Included

Uplatz Certificate of Completion

Digital certificate - Included

• Angular - all lectures 22:22:13

  • 1: What is Angular 20:54
  • 2: Setting up Angular 19 Preview 24:07
  • 3: First Changes in an Angular App 18:32
  • 4: Angular 19 File and Folder Structure 18:45
  • 5: Interpolation in Angular 15:57
  • 6: Angular CLI 07:24
  • 7: Angular Components 23:37
  • 8: Creating a Custom Component in Angular 13:39
  • 9: Function Calls on Button Click in Angular Preview 12:23
  • 10: Defining Data Types in Angular 13:31
  • 11: Building a Counter App in Angular 14:23
  • 12: Important Events in Angular 21:48
  • 13: Getting and Setting Input Field Values in Angular 19:42
  • 14: Styling in Angular - Methods and Best Practices 26:24
  • 15: Conditional Rendering with if-else and Toggle Functionality 19:50
  • 16: Control Flow with else-if 09:46
  • 17: Switch-Case in Angular 18:37
  • 18: For Loop in Angular Templates 30:48
  • 19: Angular Signals 30:28
  • 20: Data Types using Signals 29:02
  • 21: Computed Signals 30:09
  • 22: Angular Effects 32:04
  • 23: @for Loop and Contextual Variables in Angular 17:21
  • 24: Implementing Two-Way Binding in Angular Preview 09:15
  • 25: Building a To-Do List App in Angular 18:28
  • 26: Dynamic Styling in Angular 17:44
  • 27: Understanding Directives in Angular 32:37
  • 28: ngFor Directive in Angular 21:35
  • 29: ngIf Directive in Angular 14:44
  • 30: ngSwitch Directive in Angular 18:59
  • 31: Basic Routing in Angular 22:01
  • 32: Adding a Header with Routing 18:45
  • 33: Creating a 404 Page in Angular 12:34
  • 34: Passing Data between Pages in Angular 27:40
  • 35: Dynamic Routing in Angular 20:28
  • 36: Introduction to Forms in Angular 29:05
  • 37: Creating Basic Reactive Forms 18:35
  • 38: Form Grouping in Reactive Forms 19:40
  • 39: Implementing Reactive Form Validation 25:25
  • 40: Working with Template-Driven Forms 22:39
  • 41: Validating Template-Driven Forms 38:53
  • 42: Passing Data from Parent to Child Components 34:01
  • 43: Creating a Reusable Component in Angular 16:17
  • 44: Passing Data from a Child Component to a Parent Component 15:03
  • 45: Angular Pipes 25:21
  • 46: Creating Custom Pipes in Angular 22:19
  • 47: Angular Lifecycle Hooks 19:51
  • 48: Angular Services 28:24
  • 49: Calling an API with Services in Angular 17:19
  • 50: Using Data Types for API Responses 23:15
  • 51: Making a POST API Request in Angular 26:46
  • 52: Making a DELETE API Request in Angular 25:42
  • 53: Populating Input Fields with API Data 30:45
  • 54: Updating Data using the PUT API Method in Angular 29:24
  • 55: Implementing Route Lazy Loading in Angular 22:15
  • 56: Building and Deploying an Angular App Locally 17:02
  • 57: Deploying an Angular App on Vercel 07:25
  • 58: Setting up Tailwind CSS in Angular 12:30
  • 59: Introduction to RxJS in Angular 42:02
  • 60: Comparing RxJS Observables vs. Angular Signals 28:43
  • 61: Angular Dependency Injection (DI) 23:44
  • 62: Optimizing Performance in Angular 15:47

Angular - Course Syllabus

Module 1: Angular Foundations

• 1. What is Angular?
  • Introduction to Angular and its benefits.
  • Why learn Angular for modern web development.
• 2. Angular 19 Setup
  • Installing Angular CLI.
  • Creating a new Angular application.
  • Troubleshooting common setup issues.
• 3. First Changes in Angular App
  • Basic modifications to app.component.html and app.component.ts.
  • Understanding the initial application structure.
• 4. Angular 19 File and Folder Structure
  • Detailed explanation of the Angular project architecture.
  • Understanding the purpose of key files and folders.
• 5. Interpolation in Angular
  • Displaying data in templates using interpolation.
  • Practical examples of data binding.
• 6. Angular CLI
  • Essential Angular CLI commands for development.
  • Generating components, services, and modules.

Module 2: Core Angular Concepts

• 7. Angular Components
  • Understanding the role of components in Angular.
  • Component lifecycle and data flow.
• 8. Creating a Custom Component
  • Manual creation of reusable components.
  • Component interaction and best practices.
• 9. Function Calls on Button Click in Angular
  • Handling user interactions with event binding.
  • Implementing event handlers and methods.
• 10. Defining Data Types in Angular
  • Using TypeScript data types for robust applications.
  • Type safety and best practices.
• 11. Build a Counter App in Angular
  • Hands-on project: building a simple counter application.
  • Applying core Angular concepts.
• 12. Important Events in Angular
  • Exploring common DOM events in Angular.
  • Practical examples of event handling.
• 13. Getting and Setting Input Field Values in Angular
  • Two-way data binding and form input handling.
  • Practical input field manipulation.
• 14. Styling in Angular
  • Component-specific styling and global styles.
  • Using CSS, SCSS, and other styling techniques.
• 15. Conditional Rendering with if-else and Toggle Functionality
  • Using *ngIf for conditional rendering.
  • Implementing toggle functionality.
• 16. Control Flow with else if
  • Expanding conditional logic with *ngIf and else if.
• 17. Using switch-case in Angular
  • Implementing switch-case logic in templates.
• 18. Using for Loop in Angular
  • Iterating over data with *ngFor.
• 19. Angular Signals
  • Introduction to Angular Signals for reactive state management.
• 20. Data Types with Signals
  • Using various data types with Signals.
• 21. Computed Signals
  • Utilizing computed signals for derived values.
• 22. Angular Effects
  • Understanding and using Angular Effects.
• 23. @for Loop and Contextual Variables
  • Exploration of the @for loop and contextual variables.
• 24. Two-Way Binding
  • Implementing two-way data binding with ngModel.
• 25. To-Do List
  • Hands-on project: building a to-do list application.
• 26. Angular Dynamic Styling
  • Applying dynamic styles based on component state.
• 27. Directives in Angular
  • Introduction to structural and attribute directives.
• 28. ngFor Directive
  • Advanced usage of the ngFor directive.
• 29. ngIf Directive
  • Using the ngIf directive and else blocks.
• 30. ngSwitch Directive
  • Implementing switch-case logic with ngSwitch.

Module 3: Routing, Forms, and Data Management

• 31. Basic Routing in Angular
  • Setting up routes and navigation.
  • Creating single-page applications.
• 32. Adding a Header with Routing
  • Implementing a navigation header with routing.
• 33. Creating a 404 Page
  • Handling invalid routes with a 404 page.
• 34. Passing Data Between Pages
  • Passing data using route parameters and query parameters.
• 35. Dynamic Routing
  • Implementing dynamic routes with parameters.
• 36. Forms in Angular
  • Introduction to template-driven and reactive forms.
• 37. Basic Reactive Forms
  • Creating forms with reactive form APIs.
• 38. Reactive Forms with Form Grouping
  • Organizing forms with form groups.
• 39. Reactive Form Validation
  • Implementing form validation with reactive forms.
• 40. Template-Driven Forms
  • Creating forms with template-driven approach.
• 41. Angular Template-Driven Forms Validation
  • Validation of Template driven forms.
• 42. Passing Data from Parent to Child
  • Using @Input to pass data between components.
• 43. Reusable Component Example
  • Building reusable components.
• 44. Passing data from a Child Component to a Parent Component
  • Using @Output and event emitters.
• 45. Angular Pipes
  • Transforming data with built-in pipes.
• 46. Creating Custom Pipes in Angular
  • Building custom data transformation pipes.
• 47. Angular Lifecycle Hooks Tutorial
  • Understanding component lifecycle hooks.
• 48. Angular Services
  • Creating and using Angular services for data sharing.
• 49. Calling API with Services in Angular
  • Making HTTP requests with Angular services.
• 50. Using Data Types for API Results
  • Typing API responses.
• 51. Post API Tutorial
  • Implementing POST requests.
• 52. Delete API Tutorial
  • Implementing DELETE requests.
• 53. Populate Data in Input Fields with API
  • Populating forms with API data.
• 54. Update Data with PUT API Method
  • Implementing PUT requests.
• 55. Route Lazy Loading
  • Improving performance with lazy loading.

Module 4: Advanced Angular and Deployment

• 56. Build and Local Deploy
  • Building and deploying Angular applications locally.
• 57. Deploying an Angular App on Vercel
  • Deploying Angular applications to Vercel.
• 58. Setup Tailwind CSS in Angular
  • Integrating Tailwind CSS for styling.
• 59. Introduction to RxJS in Angular
  • Understanding RxJS observables and operators.
• 60. RxJS Observables vs Angular Signals
  • Comparison of Signals and Observables.
• 61. Angular Dependency Injection (DI)
  • Understanding and using dependency injection.
• 62. Optimizing Performance in Angular
  • Techniques for optimizing Angular application performance.

Everyone

Passion and zeal to accomplish something big!

• Front-End Engineer
• UI Engineer
• Web Interface Specialist
• SPA Architect
• Client-Side Engineer
• UI/UX Technologist
• Application Interface Lead
• Front-End Solutions Consultant
• Software Interface Designer
• Web Experience Engineer

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