(1) National Natural Science Foundation Project: "Study on Modeling and Optimization of Production and Maintenance of Discrete Manufacturing System by Coupling Planning and Scheduling", project leader;
(2) National Natural Science Foundation Project: "Research on Modeling and Optimization of Complex Flow Shop Scheduling Problem under the Background of Container Terminal Operation Decision", project leader;
(3) 863, a key project in the field of advanced manufacturing technology in the Eleventh Five-Year Plan: "Equipment and demonstration of container automation terminal", project leader of Shanghai Jiaotong University;
(4) Shanghai Pujiang Talent Plan Project: "Research on Modeling and Optimization of Collaborative Logistics Operation Management", project leader;
(5) China-Hong Kong cooperation project of National Natural Science Foundation: "Cooperative management of container regional transportation: optimization model and decision-making system", with main participants;
(6) The "Mountaineering Plan" project of Shanghai Science and Technology Commission: "Research and Development and Application of Core Technology of Efficient and Intelligent Three-dimensional Loading and Unloading Container Terminal", mainly attended by personnel;
(7) Enterprise cooperation project of Nanjing High-speed Gear Manufacturing Co., Ltd.: "Planning, design and optimization of lean production system in new factory area for small parts processing", project leader;
(8) Enterprise cooperation project of Nanjing High-speed Gear Manufacturing Co., Ltd.: "Lean production system and logistics planning project in new factory area", project leader;
(9) The key project of large aircraft technology of Shanghai Aircraft Manufacturing Co., Ltd.: "Research on key technologies of large passenger aircraft mobile production line", mainly attended by personnel;
(10) Enterprise cooperation project of Ingersoll rand Machinery (Shanghai) Co., Ltd.: "Logistics Improvement of Fujian Southern Pavement Machinery Co., Ltd.", project leader;
(1 1) Enterprise cooperation project of Shanghai Communications Sports Co., Ltd.: "Lean planning and simulation optimization of GF6/L850 manufacturing system", with main participants;
Academic achievements and awards: In 2007, he was selected into Shanghai Pujiang Talent Plan (Class A). Main Papers: Cui Weiwei, Lu Zhiqiang. Integrated optimization of production scheduling and preventive maintenance of single machine system. Journal of Shanghai Jiaotong University (employed) Gui, Han Xiaole. Research on integrated dispatching of container terminal berth and quayside bridge. Journal of Shanghai Jiaotong University (hired) Lu Zhiqiang, Wang Jiayue, etc. Multi-objective preventive maintenance decision model of equipment with buffer zone. Computer Integrated Manufacturing System, 20 10, Volume 16 (10), Page 2 124-2 128. Lu Zhiqiang is bright. Integrated job scheduling modeling of container terminal loading and unloading system. 20 10/0,30 (3), pp. 476-483. Bright Lu Zhiqiang. Disjunctive graph modeling and related properties analysis of container terminal loading and unloading equipment scheduling problem. Journal of traffic and transportation engineering, 2009, 9 (4), page 98- 102+ 107. Pan ershun. Scheduling model and algorithm of yard crane in shellfish mixed loading area. Theory and practice of systems engineering. 2012,32 (1), page 182- 188. Stone, man. Supply chain order allocation based on supplier's economic production lot size. Journal of Shanghai Jiaotong University. 45 (12), pp. 1747- 1752. Zhou Chaoyun, Lu Zhiqiang. Decision analysis of supply chain operation based on asymmetric quality risk. Journal of Shanghai Jiaotong University.2011,45 (12) lareina C. Optimization of mixed loading and unloading operations of quayside cranes with deck and collision constraints. Journal of Shanghai Jiaotong University, 20 10/0,44 (8), pp.1159-165438. Chen Yuwen, Lu Zhiqiang, Xi Mo Lifeng. Collaboration based on clustering and tabu search. 2009，43 (9)，PP . 1407- 14 1 1+ 14 16。 Han Xiaole, Lu Zhiqiang, Xi Mo Lifeng. Research on dynamic discrete berth scheduling optimization with service priority. Shanghai traffic Lu Zhiqiang. Modeling and optimization of inventory job scheduling in warehousing system based on minimizing total order delay. Journal of Shanghai Jiaotong University, 2009,43 (12), pp. 19 16- 1922. Wei Jiangning urban area. Multi-batch vehicle transportation scheduling problem under the same logistics mode. 43 (1 1), pp. 1780- 1783. Lu Zhiqiang Qi Wenxiang. Multi-vehicle cargo collection and distribution path planning with soft time window. Journal of traffic and transportation engineering, 20 10, 10 (2). James Zhou. Periodic preventive maintenance strategy of two-component system considering failure rate interaction. Theory and Practice of Systems Engineering, 20 1 1, 3 1 (3), pp. 537-543.