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The Ultimate Guide to Vue Performance

2h 31m 10s
English
Paid

In today's world, the performance of web applications is of utmost importance. In this course, you will learn how to keep your Vue applications running at optimum speed by using proven solutions to enhance performance: virtual lists, the v-memo directive, the shallowRef function, and much more!

Course Overview

Master the art of creating high-performance applications on Vue.js with our comprehensive optimization course. You will learn production-ready techniques that will help make your web applications lightning-fast and appealing to users.

Who This Course is For

  • Vue.js developers looking to deepen their knowledge in performance optimization;
  • Frontend engineers working on large Vue projects;
  • Technical leaders and architects making key decisions to improve performance;
  • Developers transitioning from other frameworks to Vue.js.

Participant Requirements

  • Basic knowledge of Vue.js fundamentals;
  • Initial skills in modern JavaScript;
  • Understanding of key web development concepts.

Why Take This Course

  • You will learn to significantly speed up the loading and operation of your Vue applications;
  • Master advanced optimization methods used by industry experts;
  • Gain skills in debugging and resolving performance bottlenecks;
  • Learn to make informed architectural decisions affecting application speed;
  • Be able to create an exceptional user experience through performance optimization.

Conclusion

Join the course and make your Vue applications truly fast and efficient!

Additional

https://github.com/vueschool/the-ultimate-guide-to-vue-performance

About the Author: Vue School

Vue School thumbnail

Vue School (vueschool.io) is a Greece-based Vue.js training platform founded by Alex Kyriakidis, an early Vue community member and one of the longest-running independent Vue educators. Vue School operates as both an on-demand course platform and a Vue / Nuxt consulting business, with course material that often emerges from real client engagements.

Course material covers the full Vue ecosystem: Vue 3 fundamentals through advanced Composition API patterns, Nuxt 3 production deployment, Pinia state management, Vue Router, the testing track with Vitest, TypeScript with Vue, real-time features with Pusher / WebSockets, and the broader full-stack Vue work. Vue School also publishes the popular Mastering Pinia course in collaboration with Pinia's author Eduardo San Martín Morote.

The CourseFlix listing under this source carries over 30 Vue School courses spanning that range. Material is paid; Vue School runs on per-course or membership pricing on the original platform. Courses are aimed at Vue developers from beginner through senior level building production Vue applications.

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#1: Introduction to Web Performance
All Course Lessons (25)
#Lesson TitleDurationAccess
1
Introduction to Web Performance Demo
04:30
2
Tree Shaking for Performant Vue Apps
08:29
3
How Code Splitting Makes Vue Apps Faster
08:06
4
How to Prefetch Lazily Loaded Vue Components
10:28
5
How the Right Architecture For Your Use Case Impacts Performance
09:47
6
Lazy Hydration of Vue Components
04:23
7
Vue Vapor Mode
04:04
8
How to Display Long Lists That Don’t Crash Your Pages with List Virtualization
06:39
9
How is Reactivity Depth Related to Performance
08:41
10
Avoid Memory Leaks that Slow Apps to a Crawl
04:54
11
Avoiding Unnecessary Component Abstractions
03:11
12
Proper Image Handling for Fast Vue Sites
11:20
13
Designing Components with Stable Props and Kill Unnecessary Re-renders
04:54
14
Using v-once for Static Content and Faster Apps
01:13
15
How v-memo Works and When to Use It
02:26
16
Computed Props- The Wrong Way and the Right Way
04:03
17
Basic Tips for Performant Data Fetching
05:49
18
How to Fetch Data in Parallel in Vue
04:30
19
How to Cache Data on the Client Side
15:17
20
How to Prefetch Data in a Vue App
05:32
21
Debouncing and Throttling Techniques for Vue.js
07:11
22
Vite Bundle Analyzer
05:06
23
How to Use Page Speed Insights to Measure Vue App Performance
06:11
24
Measuring Performance with the Vue Devtools
03:38
25
Course Conclusion
00:48
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Frequently asked questions

What prerequisites are needed before taking this course?
Participants should have a basic understanding of Vue.js fundamentals, initial skills in modern JavaScript, and familiarity with key web development concepts. These prerequisites ensure that students can fully engage with the performance optimization techniques taught in the course.
What projects or applications will I be able to build or optimize after completing this course?
The course equips you with the skills to significantly improve the performance of existing Vue.js applications. You'll learn to implement virtual lists, use directives like v-memo, and optimize data fetching and component design. These skills are applicable to large-scale projects and can lead to faster, more responsive web applications.
Who is the target audience for this course?
The course is designed for Vue.js developers looking to enhance their performance optimization skills, frontend engineers managing large Vue projects, technical leaders making performance-related decisions, and developers transitioning from other frameworks to Vue.js.
How does this course compare in depth and scope to other Vue.js courses?
This course focuses specifically on performance optimization in Vue.js, covering advanced topics like tree shaking, code splitting, and lazy hydration. Unlike more general Vue.js courses, it offers specialized techniques for speeding up Vue applications and addresses industry-level performance challenges.
What specific tools or platforms are covered in this course?
The course covers a variety of tools and techniques for performance optimization, including Vite Bundle Analyzer for analyzing build sizes, Vue Devtools for measuring performance, and Page Speed Insights for assessing and improving app speed. These tools are integral to professional Vue.js development.
What topics are not covered in this course?
The course does not cover basic Vue.js fundamentals or general JavaScript concepts, as it assumes students already have this foundational knowledge. It also does not address backend performance optimization or server-side rendering specifics, focusing instead on client-side improvements.
What is the expected time commitment for completing this course?
The course comprises 25 lessons. While the total runtime is not specified, students should allocate additional time for practice, implementing techniques, and using tools like Vue Devtools and Vite Bundle Analyzer for hands-on learning. The time commitment will vary based on individual learning pace and experience.