个人简介：
黄子源，2001年7月生，黑龙江鸡西人
入学时间：
2023年9月
教育经历：
2019/9-2023/6：同济大学 交通工程 工学学士
2023/9-2026/6：同济大学 交通运输工程 工学硕士
毕业去向：
中佛罗里达大学，博士研究生项目
研究方向：
交通安全分析，改善效果评估，右转安全设计
科研项目：
[1] 交通事故多发道路改善效果评估方法研究 (52372335)，国家自然科学基金面上项目，2024.1-至今
[2] Research on Implementing the Safe System Approach to Road Safety，ADB，2024.3-2024.10
[3] 广东省道路交通安全白皮书项目,广东省公安厅交通管理局，2023.9-2023.12
[4] 广东省普通国省道交通事故多发道路治理手册，广东省公安厅交通管理局，2024.8-2025.1
[5] 苏州市“5510”整治工程，苏州市公安局交警支队，2024-至今
[6] 苏州市交通安全管理与风险防控服务项目，苏州市公安局交警支队，2020-至今
[7] 广州市道路交通事故多发点段隐患排查及改善方案项目，广州市公安局交警支队，2022.7-2024.7.
科研论文：
[1] Xuesong Wang*, Ziyuan Huang, Mingjie Feng, Xiao Qin, Bangyu Wang, Siyi Zheng, and Syed Zaier Zaidi. Evaluating safety countermeasures at suburban arterial intersections: Addressing unobserved heterogeneity and selection bias[J]. Accident Analysis & Prevention, 2026, 221, 108217. (SSCI)
[2] Ziyuan Huang, Xuesong Wang*, Mengjiao Wu, Qiming Guo, Guangzhu Luo, Bangyu Wang, and Yu Jiang. Causal inference–based analysis of critical design features for right-turn crashes at signalized intersections[J]. Accident Analysis & Prevention, 2026, 232, 108544. (SSCI)
[3] Ziyuan Huang, Xuesong Wang*, Qiming Guo, Mengjiao Wu, Siyi Zheng, Yu Jiang, and Bangyu Wang. Treatment effectiveness evaluation of mandatory pre-right-turn stops for large vehicles at signalized intersections: Combining causal inference with WGAN-GP method[J]. Transportation Research Record, 2026. (SCI)
[4] Mengjiao Wu, Xuesong Wang*, Ashleigh Filtness, Lishengsa Yue, Ziyuan Huang, and Yujun Jiao. Loudness of In-Vehicle auditory Warnings: Sustained counteraction of task-related driver fatigue and individual differences in alertness maintenance[J]. Accident Analysis & Prevention, 2026, 227, 108381. (SSCI)
[5] Yanru Zhou, Xuesong Wang*, Ziyuan Huang, Lishengsa Yue, and Xiwang Fan. Uncovering Probabilistic Crash Risk among Coach Drivers Using a Bayesian Network Based on Violation and Crash Records[J]. Transportation Research Record, 2026.（SCI）
[6] Ziyuan Huang, Xuesong Wang*, Mengjiao Wu, Qiming Guo, Guangzhu Luo, Bangyu Wang, and Yu Jiang. Causal inference–based analysis of critical design features for right-turn crashes at signalized intersections[C]. Transportation Research Board 105th Annual Meeting, Washington, D.C., USA, 2026.
[7] Ziyuan Huang, Xuesong Wang*, Bangyu Wang, Yanru Zhou, Cong Chen, and Siyi Zheng. Applying a Bayesian network method to estimate the heterogeneous treatment effects of mandatory right-turn stops for large vehicles at signalized intersections[C]. Transportation Research Board 105th Annual Meeting, Washington, D.C., USA, 2026.
[8] Ziyuan Huang, Xuesong Wang*, Qiming Guo, Mengjiao Wu, Siyi Zheng, Yu Jiang, and Bangyu Wang. Treatment effectiveness evaluation of mandatory pre-right-turn stops for large vehicles at signalized intersections: Combining causal inference with WGAN-GP method[C]. Transportation Research Board 104th Annual Meeting, Washington, D.C., USA, 2025.
[9] Mengjiao Wu, Xuesong Wang*, Ashleigh Filtness, Ziyuan Huang, and Yujun Jiao. Loudness of In-Vehicle auditory Warnings: Sustained counteraction of task-related driver fatigue and individual differences in alertness maintenance[C]. Transportation Research Board 104th Annual Meeting, Washington, D.C., USA, 2025.
[10] Yanru Zhou, Xuesong Wang*, Ziyuan Huang, Lishengsa Yue, and Xiwang Fan. Uncovering Probabilistic Crash Risk among Coach Drivers Using a Bayesian Network Based on Violation and Crash Records[C]. Transportation Research Board 105th Annual Meeting, Washington, D.C., USA, 2026.
[11] Jiaqi Li, Xuesong Wang*, Xiaohan Yang, Yifan Wang, Mengjiao Wu, Ziyuan Huang, Yu Jiang, and Lixia Lei. Safety Effectiveness Analysis of Improvement Measures on Freeways Using Causal Forest Method[C]. Transportation Research Board 103rd Annual Meeting, Washington D.C., USA, 2024.
[12] Xuesong Wang*, Lu Yu, Ziyuan Huang, Syed Zaier Zaidi, and Yu Jiang. Heterogeneous Treatment Effects Analysis for Stepwise Speed Limit Signs on Freeway Exit Ramps[C]. World Transport Convention, 2026.
[13] 张君益, 黄子源, 郑思艺, 刘阳升, 王雪松*. 东京道路交通安全管理与改善经验[J]. 汽车与安全, 2024(05): 106-111.
曾获奖励：
2024-2025 同济大学优秀硕士生奖学金