By the end of this course, learners will be able to:

1. Understand the core principles of Angular and its ecosystem.
2. Set up and configure Angular 19 applications efficiently.
3. Build dynamic user interfaces with components, directives, and pipes.
4. Manage application state with Angular Signals and RxJS.
5. Implement routing, lazy loading, and modular architectures.
6. Develop form-driven applications with reactive and template-driven approaches.
7. Communicate with APIs using Angular services and handle CRUD operations.
8. Optimize and deploy Angular applications to cloud platforms like Vercel.
9. Integrate Tailwind CSS for advanced UI styling.
10. Master dependency injection and performance optimization strategies.

Angular - Full Stack Application Development | Course Syllabus

Module 1: Angular Foundations

• Introduction to Angular and its Advantages
• Setting up Angular 19 Environment
• Understanding Initial Application Structure and Files
• Key Angular CLI Commands for Development
• Basics of Data Binding and Interpolation

Module 2: Core Angular Concepts

• Angular Components and Lifecycle
• Building Custom and Reusable Components
• Event Binding and Function Handling
• TypeScript Fundamentals and Data Types
• Hands-on: Building a Counter App
• DOM Events and Two-Way Data Binding
• Styling Components and Dynamic Styles
• Conditional Rendering: *ngIf, *ngSwitch, *ngFor Loops
• Introduction to Angular Signals, Computed Signals, and Effects

Module 3: Routing, Forms, and Data Management

• Implementing Basic and Dynamic Routing
• Navigation Headers and 404 Pages
• Passing Data with Route Parameters
• Template-Driven and Reactive Forms
• Form Validations and Data Binding Techniques
• Component Communication: @Input, @Output
• Data Transformation using Angular Pipes
• Creating and Using Custom Pipes
• Introduction to Angular Services and API Integration
• CRUD Operations (POST, GET, PUT, DELETE)
• Populating Forms with API Data
• Lazy Loading Modules for Performance Optimization

Module 4: Advanced Angular and Deployment

• Building and Deploying Angular Applications Locally
• Hosting Angular Applications on Vercel
• Integrating Tailwind CSS with Angular Projects
• Introduction to RxJS and Observables
• Comparing RxJS Observables and Angular Signals
• Mastering Dependency Injection
• Advanced Performance Optimization Techniques

Upon successful completion of the Angular: Full-Stack Application Development course, learners will receive a Course Completion Certificate, verifying their knowledge and skills in building scalable, professional-grade Angular applications.

This certification demonstrates your readiness for front-end and full-stack developer roles and enhances your resume for job opportunities in the web development industry.

Completing the Angular course opens up diverse career paths in the tech sector. With Angular expertise, you can pursue roles such as:

1. Front-End Developer
2. Full-Stack Developer
3. Angular Developer
4. UI/UX Developer
5. Web Application Engineer
6. Software Developer (Frontend/Full Stack)

Industries like IT services, finance, healthcare, e-commerce, and startups actively seek Angular developers to build and maintain modern web applications.

Whether you're aiming to transition into front-end development or elevate your current programming skills, this course equips you with practical expertise for today's competitive job market.

1. What is Angular and what are its key features?
Angular is a TypeScript-based front-end framework developed by Google for building dynamic web applications. Key features include two-way data binding, dependency injection, component-based architecture, directives, pipes, services, RxJS integration, and powerful routing.

2. How does Angular differ from other front-end frameworks like React or Vue?
Angular is a complete framework offering a full solution including routing, state management, and HTTP client out of the box, whereas React and Vue are primarily libraries focused on the view layer, often requiring additional libraries for a full-stack solution.

3. What is Angular CLI and why is it important?
Angular CLI (Command Line Interface) simplifies the development process by automating tasks such as project creation, code scaffolding, testing, and deployment. It ensures standardized project structure and improves developer productivity.

4. Explain two-way data binding in Angular.
Two-way data binding allows synchronization between the model and the view. Changes in the input field update the component class property, and changes in the property update the view. It is implemented using [(ngModel)] syntax.

5. What are Angular Services and why are they used?
Services are reusable classes in Angular used to organize and share data or logic across multiple components. They promote code reusability, separation of concerns, and facilitate tasks like HTTP requests or business logic management.

6. What are Angular Signals and how do they help?
Angular Signals are a reactive primitive introduced to simplify state management. They allow tracking changes in values over time without needing full-fledged state management libraries like NgRx, making apps more efficient and easier to debug.

7. How does Routing work in Angular?
Routing in Angular allows navigation between different components based on the URL path. The RouterModule maps paths to components, supports dynamic parameters, lazy loading, and guards for route protection.

8. What is Lazy Loading in Angular?
Lazy loading is a technique where feature modules are loaded on demand rather than at the initial load. It improves application performance by reducing the initial bundle size and speeding up the loading time.

9. How are Reactive Forms different from Template-Driven Forms in Angular?
Reactive Forms are model-driven and provide more control over form behavior and validation through the component class, whereas Template-Driven Forms rely heavily on the template (HTML) and are simpler for basic use cases.

10. What is Dependency Injection in Angular?
Dependency Injection (DI) is a design pattern where dependencies (services, for example) are injected into components rather than created inside them. Angular’s built-in DI system improves code modularity, testability, and reusability.

1. What is Angular?
   Angular is a TypeScript-based open-source web application framework developed by Google for building dynamic single-page applications.
2. Who should enroll in this course?
   Anyone interested in building professional-grade web applications—especially aspiring front-end and full-stack developers.
3. Is this course suitable for beginners?
   Yes! The course starts from basics and moves to advanced topics, making it beginner-friendly yet comprehensive.
4. What is the course format?
   Self-paced online learning with pre-recorded video lectures accessible anytime.
5. Will I get a certificate?
   Yes, all learners receive a Course Completion Certificate upon successful completion.
6. Does this course cover deployment?
   Absolutely. It includes building and deploying apps locally and on platforms like Vercel.
7. Are backend integrations covered?
   While the focus is on front-end Angular development, it covers API interactions (CRUD operations) that are essential for full-stack development.
8. What are the prerequisites for this course?
   Basic knowledge of HTML, CSS, and JavaScript is recommended but not mandatory.
9. How long do I have access to the course?
   Lifetime access to all course materials.
10. Is hands-on practice included?
    Yes! Practical examples, mini-projects, and full project-based learning are part of the course.