个人简介
井浩，男，河南漯河人，讲师，硕士生导师，武汉纺织大学研究生德育导师，管理学院研究生管理办公室副主任。曾任釜山三星产学研究合作团研究员、韩国釜山大学经营系讲师。主要研究领域为生产车间的调度优化，尤其擅长运用仿真模拟方法解决数字孪生背景下的调度问题。有多篇论文发表在国际和韩国一流生产管理类期刊，包括IJPE，JKPOMS等。多次于重要国际学术会议中作会议报告，并获得IAGBT第27届年会最佳论文奖。参与韩国国家研究基金会科学项目4项。
邮箱: hjing@wtu.edu.cn
教育背景
2017–2022, 韩国釜山大学，运营管理，管理学博士
2014–2016, 韩国釜山大学，运营管理，管理学硕士
2010–2014, 韩国釜山大学，工业工程，工学学士
专业工作经验
2022.03–2022.09, 经营学院, 韩国釜山大学，讲师
2017.03–2021.08, 三星产学研究合作团，研究员
2017.03–2018.02, 韩国釜山大学出版社，职员
2016.12–2017.02, 河南协鑫光伏科技有限公司，运营管理专员
研究方向
运营管理
系统建模与优化
制造业中的调度与系统设计
擅长外语：韩语 & 英语
代表期刊论文
Hao Jing, Lijuan Sheng, Chaorui Luo, and Choonjong Kwak (2021). Statistical Analysis of Family-Based Dispatching Rules and Preemption. International Journal of Production Economics (SCIE), 240. DOI: 10.1016/J.IJPE.2021.108242
Hao Jing, Lijuan Sheng, and Choonjong Kwak (2021). Study on the Location of Family-Based Dispatching. Journal of the Korean Production and Operations Management Society (KCI), 32 (2), 145–158. DOI: 10.32956/kopoms.2021.32.2.145.
会议论文及会议报告
Hao Jing and Choonjong Kwak, "A Study on Family Based Dispatching Rules," (2020.12.05), Industrial Economic Association Fall Conference, Jeonju University, Jeonju, South Korea
Hao Jing and Choonjong Kwak, "A Study on Family Based Dispatching," (2021.05.21), Korean Production and Operations Management Society, Chung-ang University, Seoul, South Korea.
Hao Jing and Choonjong Kwak, "Virtual Cellular Manufacturing: Analysis of Family-based Dispatching Rules and Preemption," (2021.10.16), The 3rd EATA-NABEA-KITRI Biannual International Conference and Research Symposium, Virtual Conference.
Hao Jing and Choonjong Kwak, "Performance Evaluation for Different Locations of Family Based Dispatching," (2022.01.22, Best Paper Award), The 27th IAGBT-KITRI Biannual Conference and Research Symposium, Jeonju University, Virtual Conference.
参与课题
2019.06–2021.08, Development of a New Method for Optimal Matching between Manufacturing and Services, National Research Foundation of Korea (2019R1F1A1058577).
2018.07–2019.06, Graph-based Integrated modeling in Production Environments, National Research Foundation of Korea (2018S1A5A2A01037469).
2017.06–2018.02, Optimization-based Clustering for a New Manufacturing Environment, National Research Foundation of Korea (2017R1D1A1B03030836).
2015.11–2016.10, Development of a Hybrid Approach for Production Control, National Research Foundation of Korea (2015RID1A1A01061044).
