Chris Yang
Frontend engineer with 13 years of experience building complex, real-time web applications. Specializes in trading interfaces, data-intensive product experiences, performance optimization, and frontend architecture using React, Next.js, and TypeScript. Experienced in designing stable UIs for high-frequency workflows, structuring large frontend codebases, and collaborating closely with backend teams on end-to-end delivery. Brings a Java foundation and uses AI-assisted workflows to accelerate analysis, debugging, and documentation.
Experience
Frontend Engineer
Gate
Owned core frontend modules for DEX trading pages, including real-time market data, order books, order entry, and position views across spot and futures workflows. Structured data consumption patterns with React, Next.js, and TypeScript, separating push-based real-time streams from request-driven business data to improve UI stability. Reduced unnecessary re-renders and visual jitter in dense trading interfaces by refining partial updates and interaction behavior in high-frequency regions. Used AI-assisted workflows for requirement clarification, integration troubleshooting, and documentation to shorten delivery and debugging cycles.
Full-Stack Engineer
MMX Consulting Service (Digital Asset Trading Platform)
Delivered frontend features for spot trading, futures trading, user center, and verification flows, supporting ongoing iteration across complex product areas. Implemented KYC, KYB, UAEPass, and Jumio-related frontend workflows, including multi-step forms, validation, state transitions, and result handling. Helped organize the frontend codebase with React, Next.js, and TypeScript and contributed to a shared UI library that standardized interaction patterns across core pages. Supported user-center API integration and end-to-end workflow alignment; backend work focused mainly on UAEPass, Jumio, and admin-side user management modules.
Senior Software Engineer
EPAM Systems (Shenzhen) Co., Ltd.
Participated in company-sponsored English training and improved practical communication skills across listening, speaking, reading, and writing. Regularly joined internal technical knowledge-sharing sessions to stay aligned with engineering practices and ongoing technical discussions.
Web Frontend Engineer
Seeyon Software Co., Ltd.
Contributed to a micro-frontend migration based on Webpack 5 Module Federation, splitting large applications by domain and clarifying boundaries between host and sub-applications. Maintained scaffolding, component libraries, and internal productivity tools to standardize project creation, build, lint, test, and integration workflows. Built platform and business modules while turning shared capabilities into reusable assets that improved delivery consistency and collaboration efficiency.
Web Frontend Engineer
Guoyanwang
Participated in requirement evaluation and feature discussions, gaining familiarity with the existing product architecture and business logic. Refactored and optimized frontend code for existing products while delivering new features to support ongoing iteration. Took part in internal technical sharing and training sessions to continuously improve frontend practices and collaboration.
Frontend Engineer
Quadsoft Co., Ltd.
Led frontend structure design, interaction implementation, and component development for visualization and analytics platforms covering report composition, charting, and linked interactions. Improved page responsiveness, virtual scrolling behavior, and complex component stability in interaction-heavy enterprise scenarios. Partnered with backend engineers and QA to resolve issues and iterate on usability, supporting continuous delivery for complex business systems.
Java Engineer
Shenzhen Xiezhuo Software Co., Ltd.
Participated in requirement analysis, feature discussions, and technical documentation, building an early foundation in business workflows and engineering delivery. Contributed to both frontend and backend implementation, including H5 mobile application features and early end-to-end product work. Worked on browser compatibility and frontend performance improvements, laying the groundwork for later specialization in complex frontend systems.
Education
Chengdu University of Technology
Bachelor's Degree
Skills
CORE STRENGTHS
React / Next.js
Primary frontend stack with long-term hands-on experience in modular UI design, state organization, SSR scenarios, and engineering structure for complex business systems.
TypeScript / WebSocket
Used to model complex business logic and support high-frequency real-time data flows across market data, order books, executions, and positions.
Performance Optimization
Focused on first-screen performance, render efficiency, partial updates, interaction stability, and reducing jitter in data-dense interfaces.
Engineering / Micro-Frontend
Experienced with scaffolding, component libraries, build pipelines, debugging tools, release efficiency, and Module Federation-based micro-frontend architecture.
Flutter / React Native
Familiar with cross-platform development and able to support H5, Flutter, and React Native scenarios, including adaptation and UX optimization.
AI-Assisted Development
Uses AI tools to support requirement breakdown, solution drafting, debugging, and documentation as a productivity multiplier.
SELECTED PROJECTS
Digital Asset Trading Platform
Built core frontend modules for spot and futures trading pages, including real-time market data, order books, order entry, positions, and PnL views. Designed WebSocket-based data consumption patterns for market updates, trades, and positions to keep critical trading workflows stable under continuous updates. Implemented partial update strategies for order-book rendering so only changed price levels refreshed where possible, reducing visual jitter without compromising responsiveness. Separated input, display, and submission states in the order-entry flow to prevent live market data from interrupting user actions in progress. Integrated trading charts with position and PnL views to improve readability and interaction stability in data-dense trading screens.
Identity Verification Platform
Designed step-based, questionnaire-driven frontend flows for identity verification in a digital asset trading product, supporting KYC and KYB workflows. Integrated UAEPass and Jumio-related frontend flows, including validation, result handling, and exception messaging across multiple verification states. Built complex forms and branching logic across verification and user-center pages, including user-facing verification steps and admin-side user-management pages. Supported submission-flow integration and API validation with UAEPass and Jumio services to keep multi-step verification workflows stable across state changes.
Business Intelligence Platform
Built a visual report-composition platform for enterprise analytics use cases, covering charting, report design, runtime publishing, and linked interactions. Contributed to frontend architecture, feature delivery, and component abstraction using Vue 2, ECharts, and canvas-based rendering for dense, interaction-heavy pages. Designed and implemented a visual event-flow orchestration module and a `canvasTable` component to improve custom report composition and complex table rendering. Contributed to runtime refactoring and build-process optimization that reduced unnecessary runtime requests and improved overall usability.
Organizational Model & Micro-Frontend Infrastructure
Contributed to a micro-frontend architecture upgrade based on Webpack 5 Module Federation, enabling dynamic loading of sub-applications while reusing shared pages and components. Maintained unified scaffolding and build workflows across application creation, testing, packaging, linting, Babel, and Webpack to reduce duplicated engineering work. Built and maintained shared UI and business components to improve reuse and lower repeated implementation cost across sub-applications. Developed tools such as a GraphQL debugging plugin, an automated i18n extraction CLI, and an npm package update utility to improve integration, localization, and release efficiency.