
Company Website
HARVESTFLOW
A company website for food-service purchasing, corporate procurement, and employee benefits, connecting products, service options, and digital capabilities.
Portfolio PROJECTS
From enterprise systems and AI services to open-world games and mathematical models: how I define problems, build solutions, and keep iterating.


Company Website
A company website for food-service purchasing, corporate procurement, and employee benefits, connecting products, service options, and digital capabilities.

Company Website
A food-company website connecting its product catalogue, manufacturing capabilities, quality practices, and partnership inquiries.

ERP management system
An internal operations platform blueprint connecting people, customers, supply, inventory, finance, and management insight.

Enterprise knowledge and AI service
An assistant for enterprise knowledge and inquiries. This case focuses on permission-aware internal retrieval, cited answers, and human review.

AI Customer Service
An AI customer-service entry for Bawan franchise inquiries, guiding budget, location, and opening questions toward human franchise support.

Personal productivity tooling
Python, AutoKey, and UNIX tooling that compresses repetitive desktop operations into reliable actions.

Open-world game
An open-world game exploring the connections between life, rules, and environments through botanical evolution and gene combinations. Version 1.0.1 is in development.

Realistic open-world experiment
An experiment in realistic open-world games: exploring how a Changsha-inspired street, underground shops, and an atrium become connected spaces to walk through and observe.

Graph routing system
A C++ routing system that parses OpenStreetMap data and computes explainable paths with Dijkstra and A*.

Weather data & machine learning
Recognizing weather conditions from observations. ATMOS INTELLIGENCE connects data cleaning, outlier detection, feature analysis, and random-forest classification in a public notebook.

Complex-system modeling
Led a four-person team in translating a real-world problem into a mathematical system and Python visualizations.