GPA: 3.55 (Top 1%).
Awarded Excellent Master’s Thesis Award.
Led two municipal-level research projects and published multiple papers in international journals (e.g., Acta Automatica Sinica, Mechanical Systems and Signal Processing).
First Prize, National Graduate Mathematical Modeling Competition (2015) [PDF]
Thesis: Research on Misfire Fault Diagnosis Algorithm of Automobile Engine [PDF]
GPA: 3.22 (Top 5%).
Received multiple scholarships including National Encouragement Scholarship (five times).
Built a solid foundation in engineering design and automation, which later supported my transition into computer science and AI research.
Thesis: Fault Diagnosis of Mechanical Bearings Based on Hidden Markov Models
Experienced in algorithm development and system implementation
ML (XGBoost, SVM) and DL (CNN, RNN, Transformer, BERT)
Entity recognition, text classification, KG construction & query
Text mining, clustering, LDA, PCA, prediction modeling
AI service platform, MySQL, Neo4j, SPARQL, Cypher
Enjoy long-distance trekking and outdoor exploration
Building custom PCs and tinkering with hardware/software
Passionate about sci-fi, history, and social service