Xiamen University
Upcoming doctoral research will extend toward multimodal infectious disease spatiotemporal dynamics, viral evolution early warning, and integrated macro-micro modelling frameworks.
Academic profile
Curriculum Vitae
M.Sc. in Computer Science and Technology, Macau University of Science and Technology; returning to Xiamen University for doctoral study in Epidemiology and Health Statistics; undergraduate training at Xiamen University; interdisciplinary background spanning public health, epidemiology, AI, and data science
I have graduated from Macau University of Science and Technology with an M.Sc. in Computer Science and Technology. I will return to Xiamen University to continue doctoral study in Epidemiology and Health Statistics, building on work in infectious disease forecasting, influenza co-circulation analysis, outbreak modelling, and the integration of epidemic dynamics with viral evolution.
I have graduated from Macau University of Science and Technology with an M.Sc. in Computer Science and Technology. I will return to Xiamen University to continue doctoral study in Epidemiology and Health Statistics, with research continuing to focus on infectious disease forecasting, influenza co-circulation analysis, outbreak modelling, and related research software.
Upcoming doctoral research will extend toward multimodal infectious disease spatiotemporal dynamics, viral evolution early warning, and integrated macro-micro modelling frameworks.
Completed M.Sc. training in Computer Science and Technology under Academician Nanshan Zhong and Prof. Chitin Hon, with co-supervision by Prof. Tianmu Chen (Xiamen University). Graduate training emphasized intelligent control technology, artificial intelligence, numerical analysis, statistics, pattern recognition, algorithm theory, and optimization methods.
Academic and project experience during the undergraduate stage laid the groundwork for infectious-disease modelling, health data analysis, and later AI-assisted research workflows. Selected high-mark coursework: Epidemiology, Biostatistics, and Health Statistics.
The completed thesis linked surveillance, environmental, behavioral, and sequence-related evidence while keeping completed work, submitted manuscripts, and future doctoral stages explicitly separated.
Status: Published
First-author npj Systems Biology and Applications article. Accepted on 17 April 2026 and published online on 04 May 2026.
Status: Published
Co-authored publication listed in the source materials.
Status: Published
Co-authored publication listed in the source materials.
Status: Published
Co-authored publication listed in the source materials; DOI is not explicitly provided there.
Status: Published
Co-authored publication listed in the source materials.
Status: Published
Co-authored publication listed in the source materials.
Status: Published
Co-authored publication listed in the source materials.
Status: Public preprint; journal submission under review
First-author MAESTRO study. In the documented evaluation context, the reported R² reached 0.956 on a 10-year Hong Kong influenza dataset.
Status: Submitted; with editor
First-author dual-framework outbreak modelling study for the 2025 Foshan chikungunya outbreak.
Manuscript ID: EPIDEMICS-D-25-00174
Status: Submitted; with editorial office
Questionnaire-based collaborative study using CFA, SEM, and bootstrap analysis.
Manuscript ID: 251802
Multi-region and multi-window influenza co-circulation analysis and prediction workflows.
Multimodal forecasting framework for respiratory disease activity and early-warning-oriented time-series analysis.
Research workflow comparing ODE and Petri Net perspectives for the 2025 Foshan chikungunya outbreak.
Supplementary codebase for machine learning-based dengue vector Breteau Index prediction.
https://github.com/Hylouis233/Breteau-Index-Prediction-Model-using-machine-learning
Crawler, database, ETL, and visualization workflow for infectious-disease news collection, monitoring, and research-oriented data support.
BibTeX validation and metadata completion tool for DOI, author, year, deduplication, and citation normalization workflows.
Team solution and codebase for the Mathematical Contest in Modeling (MCM) 2023 Problem C.
A Baidu Index scraping tool equipped with a graphical user interface (GUI).
Refactored LaTeX templates for the China Graduate Mathematical Contest in Modeling.
Completed coursework in intelligent control technology, artificial intelligence, numerical analysis, statistics, pattern recognition, algorithm theory, and optimization methods, with a cumulative GPA of 3.63/4.
Served as a student staff member in the medical school organization department and later as deputy head in the innovation service division of the student technology, entrepreneurship, and employment service center.
Participated in full-stack development for a P3 laboratory digital twin and risk-assessment workflow involving Unity3D, Python, Flask, MySQL, and scenario simulation.
Supported target-site discovery and primer design workflows using masif_seed, Rosetta, AlphaFold 3, and RFDiffusion.
Independently developed and maintained a platform covering data collection, cleaning, ETL, database ingestion, and visualization for infectious-disease news and event monitoring.
Handled large-scale questionnaire cleaning, CFA, SEM, reliability and validity analysis, and bootstrap-based inference for healthcare workforce research.
Participated in outreach, practice, and volunteer activities including recruitment outreach, public-health themed practice teams, and report writing.
Contributed modelling, optimization, software implementation, and evaluation work in the Huawei Cup, MathorCup, Citibank competition, and related innovation contests.