Casgine: open-source multi-agent intelligence game engine systemCasgine is an open-source AI multi-agent intelligence game engine system designed for complex game environments and simulation scenarios. It supports multi-intelligence collaboration and competition, enabling developers to build deep and strategic game experiences. Casgine provides powerful APIs and toolsets to help developers easily integrate advanced AI features such as path planning, decision trees, and reinforcement learning. With Casgine, we expect to: 1) further enhance the scalability and flexibility of the engine to support more customized features2) improve AI performance to optimize multi-agent intelligence systems' interaction and learning efficiency

• Facilitated the team in the construction of the Hybrid Data-Driven and Mechanism-Based Analytical and Decision-Making Model for the Aluminum Industry, enabling trend prediction, anomaly detection, and index process optimization using MS SQL Server and Python• Utilized MS SQL Server for robust data storage and management, implemented data normalization, and wrote complex SQL queries to extract, transform, and load manufacturing data from multiple sources into a centralized database• Leveraged Python for predictive analytics to optimize electrolyzer control, executed data preprocessing (handling missing values, normalization, and feature engineering), and developed machine learning models to stabilize operation under external condition changes• Implemented anomaly detection algorithms in Python, used statistical methods and machine learning techniques to identify irregularities in production processes and operational data• Collaborated with process engineers and focused on the effects of different electrolyzer types and process conditions on the electric, magnetic, and flow fields of the electrolyzer and the trend analysis of the data, to improve the stability of the electrolyzer

ERA Engine Team of Perfect World Co., Ltd., now Lumverse TechnologyLumverse Technology is a 3D graphics engine team from Perfect World Game, with a complete establishment of the industry's top graphics R&D and product, and nearly 20 years of technical accumulation in computer graphics. Lumverse 3D graphics engine (formerly Perfect World's internal ERA engine) is one of the earliest 3D mobile game engines in China• Efficiently learned and adapted to the proprietary engine (Lumverse) and its in-house development tools, providing C++ scripting and presentation solutions for the Perfect World Game, Crossing Star Studio, and a municipal project of the Beijing government• Supported the development of the Lumverse engine in graphics programming and material rendering, aided the Tools and Physics Departments in conducting multiple debugging and issue resolution sessions, ensuring smooth and efficient development processes• Collaborated on the v3.2 iteration and migration of the material shaders in the Lumverse engine using GLSL and C++, contributed to the development of an independent material compilation tool using Python, and modified technical document writing for the engine rendering process and material shaders• Proactively iterated and optimized the workflow of applying TressFX Hair rendering and simulation to the Lumverse engine and created a Python plug-in for TressFX’s better export from Maya 2022• Rendered high-quality, realistic hair for specified models using Maya XGen and AMD TressFX Hair technique, and completed model animation

• Developed and deployed custom widgets for Enterprise Big Data Software for water quality monitoring, analysis, and visualization Reporting using Java, leveraging object-oriented programming and design patterns to ensure scalability and maintainability• Engineered and implemented new user-facing features to improve platform functionality and usability, including interactive data visualizations and customizable dashboard layouts• Collaborated closely with the engineering team on visualizing real-time water quality data and integrating predictive analysis, applying RESTful API development and data binding techniques to ensure seamless data synchronization between the backend and the user-end platform• Utilized agile methodologies and version control systems such as Git to ensure iterative development and rapid deployment of features, allowing users to monitor key metrics with greater efficiency• Conducted code reviews and performance optimization to improve the efficiency and reliability of the platform, following modular code architecture, unit testing, and continuous integration.