Top 12+ Frontend Frameworks for 2025 & Tips to Pick the Right One

Frontend frameworks streamline development by offering reusable UI components, reducing repetitive coding. With pre-built components, they allow developers to create dynamic, maintainable interfaces faster. 

As the demand for responsive web apps rises, frameworks like React, Vue.js, and Angular are becoming dominant, with React powering almost 40% of websites. 

This blog explores the top 12+ frontend frameworks for 2025, helping you choose the right one based on your project’s needs and goals.

12+ Best Frontend Frameworks to Learn in 2025

Frontend frameworks are pre-written code libraries that simplify web development by offering reusable components and ready-made solutions. They help you handle common tasks and structure dynamic, high-performance web applications. In 2025, frontend frameworks remain essential for creating modern websites and applications that are scalable and interactive.

Understanding the definition of the frameworks is only the first step; next, let’s look at the core functions they perform to simplify your development process.

Key Functions of Frontend Frameworks

Frontend frameworks provide you with foundational tools for building web applications efficiently. Here are the key functions they support:

• Handling AJAX Requests: Frameworks like Angular and React handle asynchronous requests, allowing you to load data without full page reloads, enhancing interactivity.
• Structuring Applications: Frameworks offer standardized architecture for organizing code into modules, services, and components, ensuring scalability and maintainability. Vue.js, for example, excels at structuring UIs with components.
• Managing UI Components: Frameworks simplify the creation and management of UI elements like buttons and forms. React’s component-based design allows you to reuse elements across different parts of an app.

With a solid grasp of what frameworks can do, it’s important to consider why they continue to be essential in the field of web development.

Relevance of Frontend Frameworks in 2025

Frontend frameworks remain crucial due to the growing need for dynamic, responsive web applications:

• Demand for Interactive UIs: Frameworks like React and Vue.js make it easier to build dynamic, user-friendly interfaces that meet modern expectations for performance.
• Performance Optimization: Frameworks optimize rendering and load times, which is essential as applications grow in complexity. React’s Virtual DOM and Svelte’s compiler-based rendering are examples of performance improvements.
• Mobile-First Development: Mobile traffic continues to rise, and frameworks like Flutter (for web) and React Native enable cross-platform development, allowing you to use a single codebase for both web and mobile platforms.
• Scalability and Maintainability: Large applications require robust solutions for state management and routing. Angular, for example, provides built-in tools to manage these challenges in big projects.

Now that you understand the importance and functions of frontend frameworks, it’s time to explore the top 12+ frameworks to learn in 2025.

1. React

React, created by Facebook, is a JavaScript  library designed to build dynamic user interfaces. React's component-based architecture allows for the creation of reusable UI elements, simplifying the development of large applications. Instead of directly manipulating the DOM, React uses a Virtual DOM to optimize rendering by updating only the changed parts of the page, significantly enhancing performance.

• Current Version: 18.0
• Advantages:
  • Efficient Rendering: React’s Virtual DOM ensures that only updated components are re-rendered, optimizing performance and reducing unnecessary DOM manipulations.
  • Large Community: With a vast ecosystem, React offers a wealth of libraries, tools, and resources, supported by a large developer community.
  • Component-Based Architecture: Reusable components promote code modularity, reducing redundancy and simplifying maintenance.
  • React Server Components: Introduced in React 18, Server Components allow developers to build server-rendered UIs with improved performance and enhanced flexibility, making server-side rendering (SSR) easier to implement without compromising client-side interactivity.
• Disadvantages:
  • Learning Curve: JSX syntax and the concepts of state and props can be challenging for beginners to grasp initially.
  • Limited Full-Stack Capabilities: React focuses primarily on the view layer of applications, requiring additional tools like Redux (for state management) or React Router (for routing) to build full-stack applications.
• Key Features:
  • Virtual DOM: Improves performance by minimizing DOM updates, only rendering changed elements.
  • JSX: A JavaScript syntax extension that makes it easier to write UI components in a declarative way.
  • Component-Based Structure: Promotes the creation of modular and reusable UI components, simplifying development.
  • Hooks: Introduced in React 16.8, Hooks provide a simpler way to manage state and lifecycle events in functional components.
  • React Server Components: React 18 introduced Server Components to improve SSR without sacrificing client-side rendering, allowing developers to fetch and render data on the server side.
• Applications: React is widely used by companies such as Facebook, Instagram, Netflix, and Airbnb, known for their complex, dynamic, and interactive UIs. These companies use React’s flexibility and efficient rendering for building scalable web applications.

Why React?: React’s efficient rendering, component-based architecture, and large ecosystem make it an ideal choice for building scalable, high-performance UIs. The addition of React Server Components further enhances its capabilities, making it a powerful tool for modern web development.

2. Angular

Developed by Google, Angular is a full-fledged, opinionated framework that uses TypeScript, making it ideal for building large-scale, enterprise-level single-page applications (SPAs). Angular provides all the tools you need, including form validation, HTTP client, routing, and dependency injection, allowing developers to focus on writing application logic.

Angular 14+ introduces Standalone Components, reducing the need for NgModules, simplifying project structure.

• Current Version: 14
• Advantages:
  • Comprehensive framework: Angular provides built-in tools and libraries, reducing the need to integrate third-party libraries.
  • Two-way data binding: Angular's two-way data binding keeps the view and model synchronized, making it easier to manage the state in the UI.
  • Enterprise support: Its strong architecture makes it ideal for large, complex applications.
• Disadvantages:
  • Performance issues: Angular can be slower than lighter frameworks, especially with complex applications or large data sets.
  • Steep learning curve: The framework's vast features and TypeScript can overwhelm new users.
• Key Features:
  • Two-way data binding
  • Dependency injection
  • RxJS for handling asynchronous data
  • CLI tools for scaffolding and development
• Applications: Angular is used by companies like Google, Microsoft, and Deutsche Bank for their large-scale, data-heavy applications.

Why Angular?: Angular is best suited for enterprises and large projects requiring a robust, structured approach to development.

Also Read: 28 Angular Projects in 2025: Beginner to Advanced Ideas + Source Code

3. Vue.js

Vue.js is a progressive JavaScript framework for building UIs and SPAs. With its reactive data-binding and flexible API, Vue offers a simple yet powerful way to develop interactive applications. The current version, Vue 3.x, introduces the Composition API and significant performance improvements, making it even more suitable for large-scale and high-performance applications.

• Current Version: 3.x
• Advantages:
  • Progressive Framework: Vue allows developers to scale from simple to complex applications with ease, making it highly adaptable.
  • Simplicity and Learning Curve: Its design is more beginner-friendly compared to Angular and React, allowing developers to get up to speed quickly.
  • Reactivity: Vue’s reactive data-binding system automatically updates the UI whenever data changes, providing seamless and efficient performance.
  • Vue 3 Features: The Composition API improves code organization and reusability, while performance improvements enhance rendering speed and efficiency.
• Disadvantages:
  • Smaller Community: Compared to React and Angular, Vue has a smaller community, limiting resources like tutorials and third-party libraries.
  • Limited Enterprise Adoption: While Vue is growing, its adoption in large-scale enterprises is slower compared to its counterparts.
• Key Features:
  • Reactive Data Binding: Automatically updates the UI when data changes.
  • Vue Router: Handles routing for single-page applications (SPA).
  • Vuex: A state management library that helps manage state across components.
  • Composition API: Vue 3’s Composition API enables better organization of logic and reusability.
  • Simple Integration: Easily integrates with other libraries and existing projects.
• Applications: Companies like Alibaba, Xiaomi, and GitLab use Vue for its simplicity and flexibility in building responsive web apps.

Why Vue.js?: Vue 3’s Composition API and performance improvements, combined with its easy learning curve and flexibility, make it an excellent choice for developers building smaller-to-medium-sized projects or looking for a scalable solution with minimal overhead.

Also Read: Top 25+ JavaScript Frameworks to Learn in 2025 & How to Choose the Right One

4. Svelte

Unlike traditional frameworks, Svelte shifts much of the work to compile time, generating highly optimized JavaScript code. It eliminates the need for a virtual DOM and minimizes the runtime overhead, resulting in faster rendering times and smaller file sizes.

• Current Version: 3.x
• Advantages:
  • No virtual DOM: Svelte compiles components into efficient JavaScript at build time, resulting in faster runtime performance.
  • Small bundle size: The compiled code is minimal, reducing the size of your web app and improving load times.
  • Easy to learn: Svelte’s syntax is clean and intuitive, making it approachable for beginners.
• Disadvantages:
  • Smaller ecosystem: While growing, Svelte’s ecosystem and community are smaller compared to React and Angular.
  • Limited tooling: The tooling around Svelte is still catching up, which may lead to some inconvenience when working on larger projects.
• Key Features:
  • Compile-time optimization
  • Automatic reactivity without a virtual DOM
  • Small runtime footprint
• Applications: The New York Times and Apple Music use Svelte for its minimal overhead and excellent performance.

Also Read: What Does a Front-End Developer Do? An Overview of the Job

Why Svelte?: Svelte is perfect for developers looking for advanced performance without the complexity of a virtual DOM.

5. Ember.js

Ember.js is an opinionated framework that emphasizes convention over configuration. It provides a full-stack solution with an integrated router, data layer, and strong community support, making it a great choice for ambitious applications.

• Current Version: 4.x
• Advantages:
  • Convention-driven: Ember’s built-in conventions make it easier for developers to follow best practices and maintain code consistency.
  • Out-of-the-box tooling: Ember comes with tools for testing, routing, and code generation, streamlining the development process.
• Disadvantages:
  • Less flexibility: Ember’s convention-over-configuration approach can make it harder to break away from predefined structures.
  • Smaller ecosystem: Compared to React and Angular, Ember has a more niche following.
• Key Features:
  • Ember CLI for development tooling
  • Ember Data for managing models and data
  • Router for handling URL management
• Applications: LinkedIn, Discourse, and Netflix use Ember for complex, large-scale applications that need to be highly maintainable.

Why Ember.js?: Ember is a great choice for enterprise applications where productivity, scalability, and maintainability are essential.

6. Backbone.js

Backbone.js is a lightweight framework that provides the minimal structure needed to develop web applications. It offers models with key-value binding and event-driven communication, allowing developers to create custom applications without unnecessary complexity.

• Current Version: 1.4.x
• Advantages:
  • Flexibility: Backbone’s minimal structure gives developers the freedom to define how their app is organized.
  • Simple API: Its lightweight nature makes it easy to understand and integrate with other libraries.
• Disadvantages:
  • Manual configuration: Backbone requires more setup compared to full-fledged frameworks like Angular or React.
  • Limited features: Backbone doesn’t come with built-in tools like routers or state management systems, meaning developers must rely on third-party libraries.
• Key Features:
  • Models with key-value binding
  • Events for communication between objects
  • Lightweight and modular design
• Applications: Backbone is used by Airbnb and Walmart for lightweight, custom web applications.

Also Read: What is Web Application Architecture? It’s Components & Features?

Why Backbone.js?: Backbone is ideal for projects requiring flexibility, with the ability to mix and match libraries for a tailored approach.

7. Mithril

Mithril is a fast, lightweight framework focused on building high-performance SPAs. Its small size and simple API make it a great choice for developers who prioritize speed and efficiency.

• Current Version: 2.0
• Advantages:
  • Lightweight: Mithril has a minimal footprint, making it ideal for performance-sensitive applications.
  • Simple API: The API is designed to be straightforward to learn.
• Disadvantages:
  • Limited ecosystem: With fewer resources and libraries available compared to larger frameworks, developers may need to write more custom code.
• Key Features:
  • Virtual DOM for optimal updates
  • Routing and lifecycle management
  • Simple state management
• Applications: Used by Nike for mobile-friendly, fast-loading applications.

Why Mithril?:  Mithril is suited for projects where speed, efficiency, and simplicity are paramount.

8. Preact

Preact offers React-like functionality but lacks full compatibility, requiring the preact/compat package for certain React features. It is an excellent option for developers seeking React's power but need to optimize for performance.

• Current Version: 10.x
• Advantages:
  • Small size: Preact’s size (just around 3KB) is perfect for mobile-first applications that need fast load times.
  • React compatibility: Preact offers compatibility with most React tools and libraries.
• Disadvantages:
  • Limited ecosystem: While it works well for small apps, Preact doesn’t have the same extensive support as React.
• Key Features:
  • Virtual DOM
  • JSX support
  • Same API as React
• Applications: Used by Uber for its mobile-friendly, fast-loading applications.

Also Read: Top 10 Front-End Developer Project Ideas & Topics For Beginners

Why Preact?: Preact is perfect for applications where performance is critical and small file size is a priority.

9. Lit

Lit is a minimalistic and fast framework designed for building lightweight, reusable web components. It focuses on using native web standards for efficient and performance-optimized components that can be used across all modern browsers.

• Current Version: 2.x
• Advantages:
  • Web Components: Lit makes it easier to create reusable, cross-platform components that can be used in any modern web environment.
  • Minimalistic: Lit has a small API footprint, enabling developers to build high-performance components without significant overhead.
• Disadvantages:
  • Not a full framework: Unlike more feature-packed frameworks, Lit is designed specifically for building web components, so developers might need to pair it with other libraries for full-fledged applications.
• Key Features:
  • Web component-based architecture
  • Small footprint and fast rendering
  • Native web standards adherence
• Applications: Companies like Google and Salesforce utilize Lit to build modular, reusable components for their applications.

Also Read: Full Stack vs Front End vs Back End Developers: Understanding the Differences

Why Lit?:  Lit is ideal for developers who need to build lightweight, fast, and reusable components while sticking to web standards for performance and scalability.

10. Alpine.js

Alpine.js is a lightweight framework that provides a minimalistic approach to adding reactivity to your HTML. It enables developers to implement declarative code directly within the HTML without requiring the overhead of a full framework like Vue or React.

• Current Version: 3.x
• Advantages:
  • Minimal: Alpine is extremely lightweight, often used for enhancing static sites or adding interactivity with minimal effort.
  • Simplicity: It offers a straightforward, declarative syntax that makes it easy to implement reactive features.
• Disadvantages:
  • Limited Features: Alpine lacks features like full routing or state management, meaning developers may need additional libraries for more complex applications.
• Key Features:
  • The declarative syntax for adding interactivity
  • Minimalistic design for rapid development
• Applications: GitHub and Basecamp use Alpine.js to add interactivity to static pages without adding unnecessary complexity.

Why Alpine.js?:  Alpine is perfect for small to medium projects where minimal overhead and quick, reactive solutions are needed, particularly for enhancing static content.

11. Quasar

Quasar is a high-performance framework built on Vue.js, offering a comprehensive set of tools for creating responsive web and mobile applications. It supports various app types, including progressive web apps (PWAs), server-side rendered (SSR) apps, and desktop applications using Electron.

• Current Version: 2.x
• Advantages:
  • Full-Stack Capabilities: Quasar allows you to build complete, full-stack applications with a single codebase.
  • Cross-Platform: Supports the development of web, mobile (via Cordova/Capacitor), and desktop applications (via Electron), making it a versatile option for full-stack developers.
• Disadvantages:
  • Vue-Specific: As Quasar is built on top of Vue.js, developers need to be familiar with Vue to use it effectively.
• Key Features:
  • Full-stack development support
  • Cross-platform compatibility for mobile, web, and desktop
  • A powerful command-line interface (CLI) for streamlined development
• Applications: The New York Times and other companies use Quasar for building high-performance, versatile applications that work across platforms.

Also Read: jQuery vs React: Choose the Best Tool for Web Development

Why Quasar?: Quasar is a great choice for developers who want to build robust, cross-platform applications with the flexibility of a single codebase, using Vue.js.

12. Flutter (for Web)

Flutter, originally a mobile-first framework by Google, has expanded to include web support. It focuses on delivering beautifully designed, natively compiled applications across platforms using a single codebase. Flutter Web is still not fully optimized for large-scale web apps compared to React or Angular.

• Current Version: 3.x
• Advantages:
  • Rich UI: Flutter offers a wide array of pre-built widgets and UI components, ensuring beautiful, responsive user interfaces.
  • Single Codebase: Developers can build applications for iOS, Android, web, and desktop platforms from a single codebase.
• Disadvantages:
  • Larger Bundle Size: Compared to more traditional web frameworks, Flutter’s web applications tend to have larger file sizes, which can impact load times.
• Key Features:
  • Single codebase for all platforms (iOS, Android, Web, Desktop)
  • Pre-built widgets for rich UI
  • High performance due to native compilation
• Applications: Companies like Google, BMW, and eBay use Flutter for its ability to create high-performance, cross-platform applications.

Also Read: Is Web Development a Good Career Option in 2025?

Why Flutter?:  Flutter is ideal for developers looking to create feature-rich UIs and deploy applications across multiple platforms using a single codebase, offering native performance and a consistent user experience.

13. Bootstrap

Bootstrap is a front-end framework focused on creating responsive, mobile-first web applications. It provides a set of pre-designed UI components, CSS styles, and JavaScript plugins to streamline web development, ensuring consistency across different screen sizes and devices.

• Current Version: 5.x
• Advantages:
  • Responsive Design: A built-in grid system and responsive utilities make it easy to create mobile-friendly sites.
  • Pre-built Components: Includes navigation bars, modals, buttons, and forms, accelerating development time.
• Disadvantages:
  • Heavy Use of Classes: Bootstrap’s reliance on pre-designed classes can make customization harder without overriding defaults.
  • Common Look: Websites built with Bootstrap may look similar unless heavily customized.
• Key Features:
  • Mobile-first, responsive grid system
  • Pre-styled UI components and JavaScript plugins
  • Customizable themes and templates
• Applications: Websites like LinkedIn, Twitter, and Spotify use Bootstrap to ensure responsive layouts and faster development cycles.

Also Read: Top 55+ Bootstrap Interview Questions and Answers for Beginners and Professionals in 2025

Why Bootstrap?: Bootstrap is perfect for developers who need to quickly create responsive, mobile-first websites without reinventing the wheel.

14. Next.js

Next.js is a React-based framework designed for building production-ready web applications, especially for server-side rendering (SSR) and static site generation (SSG). 

The latest version, 13.x, introduces the App Router and significant Middleware improvements, enhancing routing capabilities and streamlining server-side logic for better performance.

• Current Version: 13.x
• Advantages:
  • SSR and SSG: Built-in support for server-side rendering and static site generation, improving SEO marketing  and performance.
  • File-based Routing: Simplifies routing with a file system-based approach, making it easier to manage complex applications.
  • App Router and Middleware: The new App Router in Next.js 13 offers a more flexible routing system, while Middleware enhancements improve server-side logic and security handling.
• Disadvantages:
  • Learning Curve: Though built on React, Next.js introduces concepts like SSR and SSG, which can be complex for newcomers.
  • Performance Overhead: Dynamic rendering might introduce some performance challenges for highly dynamic content.
• Key Features:
  • Server-side rendering and static site generation
  • API routes for full-stack development
  • Automatic code splitting for optimized performance
• Applications: Companies like TikTok, Hulu, and Starbucks use Next.js to build fast, scalable applications with improved SEO.

Why Next.js?: Next.js 13 is ideal for React developers aiming to implement SSR, optimize web app performance, and boost SEO with minimal configuration while benefiting from the new App Router and Middleware features.

Each framework has its strengths, so understanding your unique needs will help you make an informed choice that enhances your development process. 

Now that you have explored the top frontend frameworks, let’s discuss how to select the right one based on your project’s scope and complexity.

Let's explore how to choose the right framework for maximum efficiency.

How to Choose the Right Frontend Framework for Your Needs?

Selecting the right front-end framework is one of the most critical decisions in any web development project. It impacts everything from project efficiency and scalability to long-term maintainability and your development workflow. The key to choosing the right framework lies in aligning it with your specific project needs, team skills, and career goals. 

Below is a detailed, structured guide to help you make an informed decision.

1. Project Needs

The very first factor to consider when choosing a front-end framework is what your project actually needs. Not all frameworks are suited for every type of application. Understanding your project’s scale, complexity, and the features it requires can help you identify the best framework for the job.

• For Large-Scale Applications: Frameworks like React and Angular are designed to handle complex applications with numerous interactive elements and heavy data management. React’s virtual DOM and Angular’s built-in solutions for routing and state management make them highly effective for large-scale projects.
• For Simpler Applications: If you’re building a smaller, more lightweight application, Vue.js or Svelte may be better choices. These frameworks are less opinionated and have a more flexible, minimalistic approach, making them faster to set up and easier to scale as your project grows.

Also Read: Front-End Developer Salary in India in 2025 [For Freshers & Experienced]

By identifying the needs of your project, whether it's an enterprise-level app or a simple blog, you can avoid overcomplicating things with frameworks that are either too heavyweight or too light for your objectives.

2. Community Support & Resources

Community support plays a significant role in your development process. A strong, active community can be a lifeline when you encounter challenges. Frameworks that have a large user base offer plenty of resources, including tutorials, plugins, forums, and third-party libraries. Here’s what to keep in mind:

• Widely Adopted Frameworks: Frameworks like React, Angular, and Vue.js have well-established, active communities. The size and activity of these communities mean you’ll have a vast pool of resources at your disposal—from extensive documentation to user-generated tutorials and plugins.
• Smaller Frameworks: While newer or less popular frameworks like Lit or Alpine.js may not have the same extensive community, they often come with strong backing from industry leaders or niche communities. However, you might encounter fewer tutorials and third-party libraries.

Community support can significantly reduce development time by making it easier to troubleshoot problems and find ready-made solutions, so choose a framework with a thriving ecosystem based on your project’s needs.

3. Speed & Scalability

The performance of your application, especially as it grows, is a crucial consideration when selecting a front-end framework. Frameworks differ in how they manage resources, handle updates, and scale with increased data and user interactions.

• React: Known for its virtual DOM and efficient re-rendering, React is highly performant for large applications with frequent UI updates. Its flexibility and optimization techniques make it well-suited for apps that need to scale.
• Angular: While Angular comes with more overhead compared to other frameworks, it offers powerful optimizations like Ahead-of-Time (AOT) compilation, which helps boost performance for large-scale enterprise applications.
• Vue.js and Svelte: Both offer excellent performance and are known for being highly efficient. Vue.js strikes a balance between flexibility and scalability, while Svelte compiles code into highly optimized vanilla JavaScript at build time, reducing runtime overhead.

Also Read: Angular js vs Angular

The speed and scalability of your chosen framework will impact how well your application performs as it grows. Consider how each framework manages large data sets, updates, and dynamic content.

4. Learning Curve

The learning curve of a framework can affect your development speed and productivity, especially if you're working with a team or if you’re just starting out. Some frameworks are easier to pick up and use, while others may require deeper knowledge and a steeper learning curve.

• Vue.js: Known for its gentle learning curve, Vue.js is often the framework of choice for developers new to front-end development. Its straightforward syntax and detailed documentation make it easy for beginners to get started.
• React: React strikes a middle ground, with a relatively low learning curve compared to Angular, but it still requires understanding concepts like JSX, hooks, and state management libraries like Redux. However, its large community makes it easier to find learning resources.
• Angular: Angular is a comprehensive framework with a steep learning curve. It requires familiarity with TypeScript, RxJS, and the concept of dependency injection, making it better suited for developers with experience in building large-scale applications.

Choosing a framework with an appropriate learning curve can help you avoid frustration and speed up your development process. If you’re a beginner, go for frameworks with a simpler learning path, like Vue.js or React.

5. Compatibility with Tools & Libraries

It’s not just about the framework itself—tooling and integration with other libraries and tools are equally important. Your framework needs to integrate smoothly with libraries for state management, routing, form validation, and other essential functions.

• React: React has a huge ecosystem and integrates well with a wide variety of third-party libraries, including state management tools like Redux and Recoil. It also has robust routing solutions with React Router.
• Angular: As a full-fledged framework, Angular comes with its own built-in tools like Angular Router and NgRx for state management. However, you might find it more challenging to integrate third-party libraries in certain cases, especially compared to React.
• Vue.js: Vue also offers excellent integration options with tools like Vuex for state management and Vue Router for routing. The Vue ecosystem is growing steadily, providing more integration options for developers.

Also Read: How to become a Full Stack developer?

When choosing a front-end framework, make sure it supports the libraries and tools you intend to use for your project. Whether you need to manage state, implement routing, or optimize performance, compatibility is key to ensuring smooth integration.

With a solid understanding of the best frameworks for 2025 and tips to choose the right one, you might wonder how to take your skills further. upGrad offers a range of courses and expert guidance to help you deepen your front-end development knowledge and apply it in real-world scenarios. 

Let’s see how upGrad can guide you through your learning path.

How Can upGrad Help in Your Frontend Development Journey?

upGrad’s programs help you progress from basic to advanced skills through hands-on projects, case studies, and expert mentorship. 

Courses cover HTML, CSS, JavaScript, React, Angular, UI/UX design, and responsive web development, equipping you with the tools to excel in front-end development and opening up various career opportunities.

Here are some of the top upGrad courses  (including free ones)  to support your Frontend Development journey:

• Object Oriented Analysis and Design for Beginners
• JavaScript Basics from Scratch
• Advanced JavaScript for All
• Node.js For Beginners
• Job-Ready Full Stack Developer Bootcamp
• Professional Certificate Program in UI/UX Design & Design Thinking

For personalized career guidance, contact upGrad’s counselors or visit a nearby upGrad career center. With expert support and an industry-focused curriculum, you'll be prepared to tackle front-end development challenges and advance your career.

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References:
https://www.statista.com/statistics/1124699/worldwide-developer-survey-most-used-frameworks-web/