王慧文

教育背景

博士，香港理工大学，2024

工作经历

副教授，上海理工大学管理学院，2026年至今

博士后，香港理工大学，2024–2026

访问学者，新加坡国立大学，2024

期刊论文（节选）

[1]. Huiwen Wang, Wen Yi, Yi Tan. (2026). Optimizing on-site building material handling with construction robotics. Automation in Construction, 184, 106852.（SCI，JCR-Q1，影响因子11.5，中科院一区）

[2]. Huiwen Wang, Wen Yi, Peng Wu, Lu Zhen, Albert P.C. Chan. (2025). Bi-level stochastic programming for optimal modular construction yard deployment based on Benders decomposition. Computer-Aided Civil and Infrastructure Engineering, 40(24), 3979–3996.（SCI，JCR-Q1，影响因子9.1，中科院一区）

[3]. Huiwen Wang, Wen Yi, Lu Zhen, Albert P. C. Chan. (2025). Developing a subsidy plan for promoting prefabricated construction. Computers & Industrial Engineering, 206, 111219.（SCI，JCR-Q1，影响因子6.5）

[4]. Huiwen Wang, Wen Yi, Lu Zhen, Yongze Song, Peng Wu. (2025). Designing optimal government–contractor subsidy policy for promoting modular construction: Bilevel stochastic program. Journal of Construction Engineering and Management, 151(10), 04025136.（SCI，JCR-Q1，影响因子5.1）

[5]. Huiwen Wang, Wen Yi, Lu Zhen. (2024). Optimal policy for scheduling automated guided vehicles in large-scale intelligent transportation systems. Transportation Research Part A: Policy and Practice, 179, 103910.（SCI/SSCI，JCR-Q1，影响因子6.8，中科院一区）

[6]. Huiwen Wang, Florence Y. Y. Ling, Wen Yi, Albert P. C. Chan. (2024). Integrated operation centers for storage and repair of imported precast modules. Automation in Construction, 168, 105815.（SCI，JCR-Q1，影响因子11.5，中科院一区）

[7]. Huiwen Wang, Wen Yi, Lu Zhen, Albert P. C. Chan. (2024). Cost-optimized transport planning for prefabricated modules with the implementation of the just-in-time strategy. Journal of Construction Engineering and Management, 150(8), 04024093.（SCI，JCR-Q1，影响因子5.1）

[8]. Huiwen Wang, Wen Yi, Lu Zhen, Haoqing Wang, Albert P. C. Chan. (2023). Automated generation of stacking plans for prefabricated panels transported by A-frame trailers. Advanced Engineering Informatics, 57, 102077.（SCI，JCR-Q1，影响因子9.9，中科院一区）

[9]. Huiwen Wang, Liang Liao, Wen Yi, Lu Zhen. (2023). Transportation scheduling for modules used in modular integrated construction. International Journal of Production Research, 62(11), 3918–3931.（SCI，JCR-Q1，影响因子7.3）

[10]. Wen Yi, Huiwen Wang*, Lu Zhen, Albert P. C. Chan. (2024). Optimal tri-level government-manufacturers-contractors subsidy plan: Maximizing local prefabricated product usage and minimizing transport emissions. IEEE Transactions on Engineering Management, 71, 3530–3553.（SCI/SSCI，JCR-Q1，影响因子5.2）

[11]. Lu Zhen, Xueting He, Huiwen Wang*, Gilbert Laporte, Zheyi Tan. (2022). Decision models for personal shopper platform operations optimization. Transportation Research Part C: Emerging Technologies, 142, 103782.（SCI，JCR-Q1，影响因子7.9，中科院一区）

[12]. Lu Zhen, Zheyi Tan, René de Koster, Xueting He, Shuaian Wang, Huiwen Wang. (2025). Optimizing warehouse operations with autonomous mobile robots. Transportation Science, 59(5), 1130–1152.（SCI，JCR-Q1，影响因子4.8，交通科学领域顶级期刊）

客座编辑

[1]. 担任期刊Sustainability（SCI，JCR-Q2）特刊客座编辑，特刊主题为：Engineering Management and Sustainable Construction Industry Development, 2024年至今

[2]. 担任期刊Journal of Building Design and Environment特刊客座编辑，特刊主题为：Sustainable Construction Management: Advances in Optimization, Safety, and Health, 2025年至今

学术会议

担任第十届国际工程项目管理大会分论坛主席（The 10th International Conference on Construction Engineering and Project Management, ICCEPM 2024），分论坛主题为：Sustainable Construction and Resilient Infrastructure/Cities/Communities，2024年

期刊审稿

Transportation Research Part E, IEEE Intelligent Transportation Systems, Sustainable Cities and Society, Automation in Construction, Journal of Management in Engineering, Engineering Applications of Artificial Intelligence, Energy Policy, Energy and Buildings, Journal of Cleaner Production等

招生意向

诚邀具备数学、计算机、运筹优化、信息管理等相关学科背景，对智能制造、机器人、人机协同、供应链管理、工程管理等相关领域研究有兴趣的同学报考或联系。

[1]. 香港理工大学杰出青年研究员（BRE Outstanding Young Researcher Award）, 2025年

[2]. 第十届创新生产与建设国际会议最佳报告奖（Best Presentation Award）, 2024年

[3]. 期刊《Cleaner Logistics and Supply Chain》年度最佳论文奖（Best Research Paper）, 2023、2024年连续获得

[4]. 研究生国家奖学金，2021、2022年连续获得

[5]. 第四届智能制造系统工程学术会议优秀论文奖一等奖，2021年

[6]. 全国绿色物流与可持续发展论坛征文大赛一等奖，2021年