A Tour of JavaScript & React Patterns

• JavaScript Design Patterns: Understand and implement classic design patterns such as the Module, Singleton, Proxy, Observer, Factory, and Prototype patterns to enhance code structure and reusability.
• React Design Patterns: Master React-specific patterns like Hooks, Higher Order Components, and Render Props, to build scalable and maintainable components.
• Performance Patterns: Learn performance optimization techniques including bundling, compiling, and code splitting to reduce load times and enhance user experience.
• Rendering Strategies: Explore various rendering patterns, including client-side rendering, static rendering, server-side rendering, and incremental static generation, to optimize web application performance and SEO.
• Core Web Vitals: Gain insights into measuring and optimizing core web vitals such as Largest Contentful Paint and First Input Delay for better user experience.

This course provides a comprehensive overview of essential design patterns in JavaScript and React, helping developers create better-structured and more efficient web applications. Lydia Hallie uses practical examples and exercises to demonstrate the implementation of each pattern, providing insights into their advantages and potential pitfalls. The course also delves into performance optimization and rendering strategies, ensuring that your applications are not only well-architected but also fast and responsive.

• Frontend developers seeking to enhance their understanding of design patterns in JavaScript and React.
• React developers aiming to write more efficient and maintainable code.
• Software engineers interested in optimizing application performance.
• Developers preparing for technical interviews that involve pattern recognition and implementation.

• Basic knowledge of JavaScript and React.
• Familiarity with web development concepts and React component lifecycle.
• Access to StackBlitz for interactive coding exercises.

• Introduction: Overview of design patterns and their importance in software architecture.
• JavaScript Patterns: In-depth exploration of the Module, Singleton, Proxy, Observer, Factory, and Prototype patterns with practical solutions.
• React Patterns: Detailed coverage of Container/Presentation, Higher-Order Components, Render Props, Hooks, Provider, and Compound patterns.
• Performance Patterns: Techniques for code bundling, compiling, and using browser hints like prefetch and preload.
• Rendering Patterns: Comparison of client-side, static, and server-side rendering, and strategies for incremental static generation.