
Frontend Development Using React Course
Master modern frontend development by building real-world React applications from the ground up. This course takes you from browser fundamentals and JSX basics all the way to performance optimisation, API integration, and production deployment. Whether you're breaking into tech or levelling up your dev skills, you'll finish with a portfolio-ready React skill set that employers are actively hiring for.
What your team will master:
Configure a professional React development environment using Vite, Node.js, and VS Code.
Build dynamic, multi-component UIs with JSX, props, and functional component patterns.
Implement client-side routing with React Router v6, including nested and protected routes.
Integrate REST APIs using the Fetch API, Axios, and React Query for efficient data management.
Apply multiple styling strategies including CSS Modules, Tailwind CSS, and Styled Components.
Optimise React application performance through memoisation, lazy loading, and bundle analysis.
How your team learns in practice Frontend Development Using React Course
How your team practises Frontend Development Using React Course
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Course content
8 Chapters • 40 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsWeb Development and React Foundations
Web Development and React Foundations
Lesson 1 • JavaScript Essentials for React
Reviews ES6+ syntax required throughout the course: arrow functions, destructuring, modules, and promises. Prevents syntax confusion in later React code.
Lesson 2 • Setting Up the Development Environment
Installs Node.js, npm, and VS Code, then scaffolds a project with Vite. Students end the section with a running React app on localhost.
Lesson 3 • How Browsers Render Web Pages
Covers the DOM, CSSOM, and render pipeline from HTML parsing to paint. Establishes the browser model that explains why React's virtual DOM matters.
Lesson 4 • React's Place in the Ecosystem
Positions React as a UI library, not a full framework, and contrasts it with Angular and Vue. Clarifies what React solves and what companion tools fill the gaps.
Lesson 5 • Understanding the Virtual DOM
Explains how React diffs virtual DOM trees and batches real DOM updates. Connects this mechanism to React's performance and declarative programming model.
Chapter 2HideHide detailsSee detailsJSX and Component Fundamentals
JSX and Component Fundamentals
Lesson 1 • Component Composition Patterns
Introduces children props, slot-style composition, and wrapper components. Prepares students to build flexible, reusable UI structures in later chapters.
Lesson 2 • Rendering Lists and Keys
Uses Array.map to render dynamic lists and explains why React requires stable key props. Directly applies JSX expressions and props from earlier sections.
Lesson 3 • Writing and Understanding JSX
Teaches JSX as syntactic sugar over React.createElement and covers its rules and limitations. Grounds students in what JSX compiles to before they write components.
Lesson 4 • Functional Components
Defines a functional component as a pure function returning JSX and covers naming, export patterns, and file conventions. Forms the atomic unit for all future chapters.
Lesson 5 • Props: Passing Data to Components
Covers how props flow from parent to child, destructuring in parameters, and default prop values. Establishes unidirectional data flow as a core React principle.
Chapter 3HideHide detailsSee detailsState Management with React Hooks
State Management with React Hooks
Lesson 1 • useRef for DOM and Mutable Values
Demonstrates useRef for direct DOM access and for persisting mutable values across renders without triggering re-renders. Complements useState for non-visual state.
Lesson 2 • Handling User Events
Covers synthetic events, event handler patterns, and preventing default browser behaviour. Combines with useState to produce interactive form and button components.
Lesson 3 • Introducing useState
Explains state as data that triggers re-renders and demonstrates useState for primitive and object values. Connects state changes to the reconciliation process from Chapter 1.
Lesson 4 • Side Effects with useEffect
Teaches useEffect for data fetching, subscriptions, and DOM manipulation after render. Covers the dependency array and cleanup functions to prevent memory leaks.
Lesson 5 • Derived State and Controlled Components
Covers controlled inputs where React owns form values and explains how to derive computed values from state. Reinforces single source of truth for form data.
Chapter 4HideHide detailsSee detailsStyling React Applications
Styling React Applications
Lesson 1 • Inline Styles and Style Objects
Applies JavaScript style objects for dynamic, prop-driven styling and explains camelCase property names. Highlights performance tradeoffs vs. class-based approaches.
Lesson 2 • CSS-in-JS with Styled Components
Creates styled components using tagged template literals and passes props for dynamic styles. Compares CSS-in-JS to CSS Modules for team and project fit.
Lesson 3 • Utility-First CSS with Tailwind
Integrates Tailwind CSS into a Vite-React project and applies utility classes directly in JSX. Covers responsive prefixes and conditional class application.
Lesson 4 • Plain CSS and Global Styles
Imports global stylesheets and explains class name collisions in large apps. Motivates scoped styling solutions introduced in later sections.
Lesson 5 • CSS Modules for Scoped Styles
Uses CSS Modules to generate locally scoped class names and eliminate collisions. Demonstrates composition and composes keyword for style reuse.
Chapter 5HideHide detailsSee detailsClient-Side Routing with React Router
Client-Side Routing with React Router
Lesson 1 • Dynamic Routes and URL Parameters
Defines parameterised route segments and reads them with useParams. Enables detail pages driven by data IDs, a pattern used in most real applications.
Lesson 2 • Nested Routes and Layouts
Uses nested Route elements and the Outlet component to share persistent layouts across child routes. Reduces layout duplication in multi-section applications.
Lesson 3 • Setting Up React Router v6
Installs React Router, wraps the app in BrowserRouter, and defines routes with the Routes and Route components. Produces a working two-page navigation example.
Lesson 4 • Protected Routes and Navigation Guards
Builds a wrapper component that redirects unauthenticated users using Navigate. Introduces authentication state as a routing concern without implementing a full auth system.
Lesson 5 • Single-Page Application Routing Concepts
Explains how SPAs intercept navigation and update the URL without full page reloads. Establishes the mental model before introducing React Router APIs.
Chapter 6HideHide detailsSee detailsAdvanced State and Context Management
Advanced State and Context Management
Lesson 1 • Introduction to External State Libraries
Surveys Zustand and Redux Toolkit as alternatives to Context for large apps. Covers when built-in React state is insufficient and how external stores differ.
Lesson 2 • Complex State with useReducer
Models state transitions as pure reducer functions and dispatches typed actions. Pairs with Context to build a lightweight global state pattern.
Lesson 3 • React Context API
Creates a context, provides a value at the tree root, and consumes it with useContext. Covers context splitting to prevent unnecessary re-renders.
Lesson 4 • Building Custom Hooks
Extracts reusable stateful logic into custom hooks prefixed with use. Demonstrates hooks for data fetching, form handling, and local storage sync.
Lesson 5 • Lifting State and Prop Drilling Problems
Demonstrates when shared state must move to a common ancestor and the prop drilling that results. Motivates Context and state management patterns introduced next.
Chapter 7HideHide detailsSee detailsData Fetching and API Integration
Data Fetching and API Integration
Lesson 1 • Pagination and Infinite Scroll
Implements page-based and cursor-based data loading using React Query's useInfiniteQuery. Covers UI patterns for load-more buttons and scroll-triggered fetching.
Lesson 2 • Fetching Data with useEffect and Fetch API
Implements the fetch-on-mount pattern inside useEffect and manages loading and error state with useState. Establishes the baseline before introducing abstractions.
Lesson 3 • Axios for HTTP Requests
Replaces fetch with Axios for cleaner syntax, automatic JSON parsing, and interceptors. Covers creating an Axios instance with base URL and default headers.
Lesson 4 • Optimistic Updates and Error Recovery
Updates UI before server confirmation and rolls back on failure using React Query mutation callbacks. Improves perceived performance for write-heavy features.
Lesson 5 • Server State with React Query
Uses useQuery and useMutation to manage server state, caching, and background refetching. Eliminates manual loading/error boilerplate from components.
Chapter 8HideHide detailsSee detailsPerformance Optimisation and Production Build
Performance Optimisation and Production Build
Lesson 1 • Code Splitting and Lazy Loading
Splits the bundle by route and component using React.lazy and Suspense. Reduces initial load time by deferring non-critical JavaScript.
Lesson 2 • Identifying Performance Bottlenecks
Uses React DevTools Profiler and browser performance tools to locate unnecessary re-renders and slow components. Establishes a measure-first optimisation workflow.
Lesson 3 • Production Build and Deployment
Runs the Vite production build, analyses output, and deploys to a static hosting platform. Covers environment variables and build-time configuration.
Lesson 4 • Stable Callbacks with useCallback
Stabilises function references passed as props using useCallback to prevent child re-renders. Pairs with React.memo to complete the memoisation toolkit.
Lesson 5 • Memoisation with React.memo and useMemo
Prevents child re-renders with React.memo and caches expensive computations with useMemo. Covers when memoisation helps vs. when it adds unnecessary overhead.
Your valid completion certificate
This course is for you:
Aspiring frontend developer: wants a clear, structured entry point into React.
Bootcamp graduate: has foundational skills but lacks real-world React project experience.
Self-taught JavaScript developer: ready to move beyond vanilla JS into component-based UIs.
Career changer from a non-tech field: building marketable skills for a developer role.
Backend developer: expanding into frontend to become a more versatile full-stack contributor.
Freelance web designer: wants to offer dynamic, interactive React-powered sites to clients.
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