ph.d., assistant professor
e-mail: jingchuan.chen@cufe.edu.cn
personal homepage: https://jchchen.github.io
mailing address: business school, central university of finance and economics, 39 south college road, haidian district, beijing, china
research interests
operations management, data-driven optimization, large language model (llm) for operations research, optimization of production systems
work experience
aug. 2025-now, assistant professor, department of supply chain and operations management, business school, central university of finance and economics
educational background
sep. 2021 - jul. 2025, doctor of philosophy, department of data and systems engineering, the university of hong kong [supervisor: prof. zuo-jun (max) shen]
sep. 2018 - jun. 2021, master's degree, major in control engineering, school of automation, beijing institute of technology (supervisor: dr. zhiyang jia)
sep. 2014 - jul. 2018, bachelor's degree, major in automation, faculty of information technology, beijing university of technology
selected publications
[1] jingchuan chen, zuo-jun max shen (2024) fast algorithm for predicting the production process performance in flexible production lines with delayed differentiation. iise transactions 56(9):932-944.
[2] jingchuan chen, zuo-jun max shen (2023) fast approximations for dynamic behavior in manufacturing systems with regular orders: an aggregation method. ieee robotics and automation letters 8(11):7122-7129.
[3] jingchuan chen, zhiyang jia, xiaohan wang (2022) dynamic performance prediction in flexible production lines with two geometric machines. international journal of production research 60(13):4006–4024.
[4] jingchuan chen, zhiyang jia, longzhu huang (2021) multi-type products and dedicated buffers-based flexible production process analysis of serial bernoulli lines. computers & industrial engineering 154(4):107167.
[5] zhiyang jia, jingchuan chen, yaping dai (2021) decomposition and aggregation-based real-time analysis of assembly systems with geometric machines and small batch-based production tasks. ieee transactions on automation science and engineering 18(3):988–999.
industry research experience
apr. - aug. 2021, research intern, beijing geekplus technology co., ltd.
invention patent
[1] jia z, chen j, huang l (2020) transient performance prediction in flexible discrete manufacturing system with dedicated buffers (cn patent no. zl202010122107.9). china.
services
session chair for 2024 informs annual meeting and 15th poms-hk international conference
reviewer for ieee robotics and automation letters, expert systems with applications, ieee/rsj international conference on intelligent robots and systems (iros), ieee international conference on automation science and engineering (case)
