Qiyang Huang

Core Role: Provide webpage editor tool that empowered non-developers to visually construct webpages and facilitated third-party developer component integration for webpage building.

Component Center Development

• Objective: Develop a centralized component center to showcase available components to users, facilitating search, likes, and detailed viewing.
• Role & Contribution: Take charge of full frontend development using React, and contributed to backend development with Node
• Outcome: Delivered a platform that improved user experience, allowing users to efficiently discover and understand available components.

Plugin System Design

• Objective: Design a versatile plugin system for the webpage editor to empower users to customize their editor experience by substituting or enhancing the editor's native functions.
• Role & Contribution: Introduced Inversion of Control (IoC) system, offering a framework for greater modularity and customization, and implemented event cycle system, allowing users to add custom event listener to the editor.
• Outcome: Enhanced the webpage editor’s adaptability, allowing users from different teams to modify function of the editor without forking a new branch.

Code Review System Design

• Objective: Design the code review system to enhance code quality, maintainability, and readability across project.
• Role & Contribution:
• Conceptualized and introduced a systematic approach for code reviews within the team.
• Collaborated with team members to establish code review guidelines and best practices.
• Instituted checks and balances to ensure code compliance with established standards, fostering improved code quality and collaborative feedback.
• Outcome: Achieved a 50% reduction in bugs caused by deployments and ensured enhanced code maintainability and readability for all projects.

Cache System Integration for Webpage Editor

• Objective: Optimize the loading time of the webpage editor to enhance user experience and efficiency.
• Role & Contribution:
• Identified performance bottlenecks and recognized the need for a cache system to improve loading times.
• Implemented a cache mechanism tailored to the webpage editor's requirements.
• Conducted thorough testing to ensure the cache system's stability and efficiency, ensuring seamless integration without compromising other functionalities.
• Outcome: Achieved a significant performance boost, reducing the editor's loading time from 30 seconds to just 5 seconds.