React
Description
React is a declarative, component-based JavaScript library designed to enable the creation of dynamic user interfaces for web applications. Created by Meta Platforms and adopted by a community of major companies and volunteers, Reactโs flexibility, ease-of-use and performance have consistently placed in the top of front-end developersโ choices. Together with complimentary libraries such as Redux for state management, React has become one of the leading choices in the development of modern Single Page Web Applications (SPAs), while it has also been extended by React Native for the creation of UIs in all popular platforms and operating systems.
The React Code.Learn programย is designed to equip client-side web developers with the knowledge required to effectively adopt and use React. The program covers basic React concepts such as React syntax, creating components, as well as architectural React concepts and best practices such as Code Splitting, Memos, the Context API, Reconciliation and Render Props. In addition to the above, participants will also be introduced to the Redux library for state management, fully preparing them for the implementation of user interfaces and SPAs using React.
Key Objectives
The key learning objectives of this program can be summarized as follows:
- React Basics
- React Versions and Features
- Code Splitting
- Memo
- Context API
- Reconciliation
- High Order Components
- Render Props
- Redux
Target Audience
Higher education graduates in one of the following fields:
- Computer Science
- ฮnformatics
- Software Engineering
- Web and Mobile Development
- Computer Engineering
- or any other relevant area
Prerequisite Knowledge
Some familiarity with HTML, CSS, and JavaScript will be beneficial.
Classroom
Sessions can be delivered:
- Live online via video conferencing platforms, with recording available for later review
- Interactive workshops with practical exercises, real-time demonstrations, and collaborative activities
- Hybrid approach combining live online delivery with on-site support if needed
The teaching methodology combines presentations, live demonstrations, hands-on exercises, and interactive discussions to ensure participants actively practice AI in realistic work scenarios.
