1994年本科毕业于600菠菜评级担保网工业电气自动化专业，后留校任教，1998年太原理工大学获得硕士学位，2003年浙江大学获得博士学位，其间1999-2001在柏林工业大学博士联合培养。2006-2011在京都大学从事研究工作。现为控制科学与工程系教授。
工业安全生产一直是我关注的研究方向。尽管从宏观上，随着机器人技术的发展，越来越多的危险性工作被取代。但是我更关注工业生产在流程设计和设备操作上的安全性，特别是基于人工智能的故障诊断技术和工业强化设备的开发与应用。
我的研究目前集中于化工分离过程和反应过程中优化设计与控制问题，主要的研究对象是两种工业强化设备：热集成精馏塔和微反应器。具体的研究内容包括：热集成精馏塔的控制与操作，不同流型条件下微反应器的设计，以及基于阻塞故障的微反应器系统状态监控和故障诊断方法的设计。
除了指导研究生科研工作和本科生毕业设计，我的教学工作还包括讲授以下三门课程：
120414019 过程控制系统 (本科生)
120418142 火电厂仿真实习 (本科生)
S14103 优化理论与最优控制 (研究生)
Ihave been a member of the IMUT since I began studying as an undergraduatestudent in the department of Electronic and Electrical Engineering in 1990. Icompleted my PhD in ZJU and TU Berlin, then occupied 5 years research posts inKyoto Uni. after becoming an Associate Professor in 2004, and I am now aProfessor in the Control Science and Engineering department.
Myresearch is aligned with my belief that the future for industrial securityoperation in the China and internationally will present numerous technicalchallenges. There remains ethical and technical uncertainty surrounding thefuture security technologies, with industrial robot, AI detecting system, andprocess intensification technology, all potentially having a role in futuresecurity operation needs.
Myactivities focus on the optimization and control of present and future chemicalseparation and reaction systems incorporating heat integrated technology andmicroreactors. My recent publications have addressed: strategies for operation,control of heat integrated distillation column; the design and applicability ofmicroreactor with different flow types; the detection and operation ofmicroreactors with blockage faults.
I teach threemodules in the Department:
120414019Process control system (for undergraduate)
120418142Practice of thermal power plant simulation (for undergraduate)
S14103Optimization and optimal control (for postgraduate)
I also supervisestudents for their undergraduate and postgraduate research projects.
