🔑 Key Learning Outcomes

Understand fundamental data visualization theories and how to apply them using D3.js and React.
Learn to design and implement various chart types, including pie charts, bar charts, line charts, and radial charts, using SVG elements.
Gain hands-on experience with D3.js to generate data-driven visualizations and use React for rendering.
Explore techniques for integrating React with D3 for handling dynamic data and DOM manipulations in visualizations.
Master essential practices like applying color schemes, implementing axes, legends, and interactivity using D3’s API.

👨‍🏫 About the Course

This course teaches the essentials of data visualization in React applications using D3.js. Through practical examples and exercises, you'll learn how to create a variety of chart types and render them effectively in React. The course covers visualization theories, SVG fundamentals, and advanced topics like transitions, brush interactions, and rendering large datasets with canvas.

🎯 Target Audience

React developers looking to incorporate data visualization into their projects.
Frontend developers interested in learning D3.js.
Data enthusiasts wanting to visualize data using modern web technologies.
Intermediate-level developers seeking to deepen their understanding of React and D3 integration.

✅ Requirements

Basic understanding of React.
Familiarity with JavaScript and HTML/CSS.
No prior knowledge of D3.js is required.

📖 Course Content

Introduction to Data Visualization
Learn fundamental theories and explore different data types and chart types, focusing on when and how to use them effectively.

Working with SVGs
Understand SVG elements and coordinate systems to begin creating visualizations from data, including hands-on exercises and solutions.

Using D3.js with React
Dive into D3.js, covering scales, shapes, and advanced techniques for integrating D3 with React, including dynamic data handling and interactivity.

Advanced Visualizations
Implement complex visualizations such as radial charts and line charts. Explore transitions, brush interactions, and rendering performance optimizations with canvas.

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