Product Experience Portfolio
From founding a knowledge curation platform serving 30,000+ readers to developing AI-powered surgical systems, here's a comprehensive showcase of my product development journey across various domains.
Lumilib: Curated Knowledge Community Platform
Founded and scaled knowledge curation platform serving 30,000+ active readers with daily, weekly, and monthly content delivery. Built sustainable community ecosystem with 600+ curated articles, focusing on "first-hand rather than retold, timeless rather than trending" content strategy.
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BotHub: P2P AI Chatbot Platform & Marketplace
Built comprehensive chatbot platform combining real-time conversation interface with P2P bot marketplace functionality. Features include multi-bot conversations, bot discovery, rating systems, and integrated payment workflows using Claude API and modern web technologies.
Platform Demo
Wego Travel Insights Dashboard
Led complete product lifecycle from stakeholder interviews to global deployment for enterprise strategic planning dashboard. Product successfully showcased at industry conferences and adopted company-wide, achieving 300% efficiency improvement in strategic planning.
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AI-Powered 3D Visualization System for Ophthalmic Surgery
Designed system architecture balancing medical safety requirements with intuitive user experience for surgical environments. Led cross-disciplinary team coordination and delivered comprehensive technical documentation, securing 10,000 RMB innovation funding.
Technical Documentation
Next.js SEO Blog Starter Template
Built and deployed open-source blog template with comprehensive SEO optimization, gaining 53+ GitHub stars and community adoption. Features one-click Vercel deployment, markdown-based content management, and mobile-optimized interface using Next.js 14 and TypeScript.
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Biomimetic AUV and Subsea Cable Recognition System
Developed biomimetic autonomous underwater vehicle integrated with vision-based cable detection and positioning capabilities. Created virtual underwater dataset and optimized recognition algorithms for complex subsea environments. Supervised by Academician Lin Jian, secured 15,000 RMB government funding.
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