Pluralsight – Angular Performance Playbook 2024-8

Published on: 2024-09-19 15:58:49

Categories: 28

Description

Angular Performance Playbook course. In this comprehensive course, you’ll learn how to measure and improve the performance of your Angular web applications. By using different tools and strategies, you will be able to identify the functional weaknesses of your application and provide suitable solutions to fix them. From the basics of performance measurement to advanced techniques such as server-side rendering and partially hydrating pages, this course covers all aspects of Angular performance optimization. At the end of this course, you will acquire the skills and knowledge necessary to improve the core Web Vitals and increase the performance of your application for users.

What you will learn

The Importance of Performance: A thorough understanding of the impact performance has on user experience and SEO
Performance measurement and metrics collection: Using different tools to measure performance and identify critical points
Architecture for performance: designing and building high-performance applications from the ground up
Optimize images for faster page loading: reduce the size of images without losing quality
Smart Dependency Injection: Proper use of dependency injection to improve performance
Partial Hydration and Delayable Views: Increase page loading speed by partially loading page components
Improved page loading with server-side rendering: Render pages on the server to reduce initial load times
Change detection optimization to improve runtime performance: reduce the number of unnecessary renders
Signals and precise reactivity: Use signals to precisely control changes in the application

This course is suitable for people who

Angular developers looking to improve the performance of their applications.
People who want to have a deep understanding of how web applications work.
Those looking to increase page loading speed and improve user experience.
Developers who want to use the latest Angular performance optimization techniques.