Hi, I’m Brice, an engineer and researcher exploring the intersection of Artificial Intelligence, Mathematics, Quantitative Systems, and Rust-based engineering.
Currently pursuing advanced study and research in Artificial Intelligence at the University of Auckland, New Zealand (starting February 2026).
🎓 Education
B.Eng. in Electronic Information Engineering
Harbin University of Science and Technology · Aug 2021 – Jul 2025
Focused on computer systems, embedded computing, mathematical modeling, high-performance computing, and compiler theory.
GPA: 83 / 100
Master of Artificial Intelligence (180 points)
University of Auckland · Feb 2026 – Dec 2027 (expected)
Research focus: AI × Quantitative Modeling × Network Optimization
Aiming to extend into an RA/PhD track, focusing on AI systems, mathematical networks, and quantitative optimization.
💼 Work Experience
System Technology Intern — Tencent Cloud (CSIG Division, Xingxinghai Lab)
Changsha, Hunan · Jul 2024 – Sep 2024
- Automated cloud server deployment pipelines, ensuring stable, efficient, and secure production delivery.
- Optimized internal business workflows to enhance overall system efficiency and service quality.
- Collected, analyzed, and visualized service operation data to support data-driven decisions.
- Produced and refined data analysis reports ensuring accuracy and reliability for business optimization.
- Contributed to distributed system reliability and kernel-level performance improvements with the CSIG Xingxinghai Lab team.
🧠 Research & Technical Interests
- Artificial Intelligence – model design, optimization, probabilistic inference
- Rust / Systems – async runtimes, compilers, distributed concurrency
- Quantitative Analysis – stochastic modeling, statistical computation, optimization
- Mathematical Modeling – convex optimization, network dynamics, simulation
- Algorithms – data structures, compiler syntax trees, optimization techniques
🧩 Programming Languages
C · C++ · Rust · Go · Python · JavaScript · Swift · Java
🔬 Research Projects
(to be updated — for future use when RA/PhD or academic work starts)
| Project | Description | Keywords |
|---|---|---|
| LeRobot Reproduction & Enhancement | Implemented an open-source robotic control framework during undergraduate thesis. | Robotics · Reinforcement Learning · Control Systems |
| Quant Modeling Simulator (Planned) | Building a mathematical simulation for AI-driven quantitative trading and stochastic modeling. | AI · Rust · Statistics |
| Network Dynamics Research (Planned) | Exploring intransitive competition and non-linear systems with mathematical network models. | Complex Systems · Graph Theory · Optimization |
🌐 Connect with Me
- 🧙♂️ GitHub → https://github.com/BriceLucifer
- 🕊️ X (Twitter) → https://x.com/Bricelucifer
- ✉️ Email → 2376671337@qq.com
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