Course Description: The purpose of this course is to let students have a better understanding on logistics industry and the major of logistics engineering. The course is divided into two parts: the first part mainly introduces the development of logistics industry, talent demand, major settlement and cultivation plan, etc, which help students understand what they will learn and what career they may choose in the future; the second part mainly shows the forms of logistics, logistics process, logistics functions, which will be presented around the core courses of this major and lay a solid foundation for the construction of the entire knowledge structure and future study.
Course Description: The course is to introduce the historyof development of operation techniques and application in the field of logistics, linear programming, simplex method and duality theory of linear programming (outsourcing), transportation problem, integer programming and distribution problems, graph and network analysis, dynamic programming and storage theory. It mainly focuses on the modeling of general linear programming problem, simplex method of linear programming problem, basic properties of the dual problem, transportation problem, assignment problem, short circuit and the network maximum flow problem ,and EOQ model.
Course Description: The course mainly focuses on the development and basic principle of management science, decision technology, planning function, organization function, leadership function and control function, etc. Through the learning of this course, students can understand the formation and development of management ideology and meanings and nature of management, and master the characteristics of management science. Furthermore, they can understand types and process of planning, and master the factors which have impacts on the selection of organization structure, principles of effective communication, motivation theory, leadership style, control goal and major control methods.
Course Description: This course expounds the basic concept of purchasing and process, purchasing plan and budget management, supplier evaluation and selection, purchasing negotiation, purchasing contract management, procurement items for acceptance, settlement of the purchase, selection of procurement methods, etc.It mainly introduces the specific methods of bidding procurement and modern procurement andtheoretically analyzes the relationship between purchasing management and suppliers, purchase price and cost control, project procurement, government procurement, procurement performance evaluation, etc.
Course Description: This course mainlyfocuses on general knowledge of goods, including commodity classification, product quality, product standards, inspection of commodity, packaging of commodity, product maintenance, product and environment, resources, etc.Basic knowledge of the materials will be introduced as well, such as metal materials, non-metallic materials, gelling material, fluid material, etc. Through the course, students can master the ability of identification, correctly usingand maintenance of commodities, and enable them to master the characteristics of physical and chemical properties of materials, storage and maintenance of metallic and non-metallic materials, as well as the application conditions and scope of the materials.
The course mainly focuses on logistics system engineering theories and basic principle. Summary of logistics system engineering, the concept and characteristics of logistics system, logistics system analysis, logistics system forecasting, logistics project planning, logistics system evaluation and system decision-making, etc. Especially, Focusing on the logistics system analysis method, the prediction method of logistics system and logistics demand forecasting method, plan review technology and the critical path method, the logistics system evaluation method, risk type and multi-parametric logistics decision.
Course Description: The course mainly focuses on discrete event system simulation, single desk queue system simulation, random number generator, generation of random variables, input data modeling, basic logistics system simulation algorithm, analyzing simulation results and logistics system solutions, discrete manufacturing system simulation, modeling approach with Flexsim etc. With learning in the course, the students are anticipated to master the principles and methods of establishing logistics system model, and master logistics system analysis method.
Course Description: The course is an important course of industry-logistics. It mainly focuses on the classification, characteristics, picking equipment, storage conditions, packaging technology of forest products, forest products transportation, forest products trade and forest products cost-benefit analysis. Through the course, students can understand and master the key linksand technology of the process of forest products supply chain, fill the knowledge shortage of the students about forestry logistics, and can have very good knowledge matting to the students whoare involving in forestry research
Course Description: This course is to letstudentsgrasp the modeling method andMatlab method of thekey problemsinlogisticsengineering.The main contents of this courseincludethe basic operation of Matlab, thebasis of Matlab calculation,thebasis ofdrawingusing Matlab, program design with Matlab,the modeling of logistics node locationproblem, the modeling of warehouse managementproblem, the modeling oftransportation and distributionproblems and so on.
Course Description:This course includes two parts: AutoCAD and Pro/Engineer. The part of AutoCAD mainly focuses on 2D drawings, including basic drawing commands, drawing tools, graphics editor, drawing and 2D graphics, etc. The part of Pro/Engineer mainly focuses on drawings environment, basic characteristics, physical characteristics and engineering characteristics, etc.Through this course, students can master the basic knowledge of CAD and Pro/Engineer, understand the progress of the development of CAD and Pro/Engineer, and draw complicated two dimensional mechanical design and general complicated three dimensional design. Combined with multiple practice on computer, they can integrate the theory with practice, and express their development and innovation in engineering design.
Course Description: The course is to introduce plentiful statistical problems and statistical modeling methods in logistics technology, logistics economics and management, social life, etc. R softwarewill be introduced to solve the problems, which can make students trained in many aspects, such as constructing model from a real problem, achieving results by applying software, and analyzing the results.
Course Description: The course mainly focuses on the related theory of supply chain management, tools and methods, including basis of supply chain management, supply chain management method, construction of a supply chain, selection of supply chain partners, production planning and control under supply chain management, inventory control, purcurement and logistics management, supply chain performance evaluation and enterprise incentive mechanism, organizational structure and business process reengineering of supply chain enterprises, supply chain management information technology supporting system, etc.
Course Description: Automatic warehouse is an important part of modern logistics system, and it consists of AS/RS, Stacker、Conveyor, Pallet, Computer Control System and other matching equipment. Automatic warehouse can execute storage activity according to computer directives, and manage ware location automatically. It will exert important effect in modern enterprise. The content of AutomaticWarehouseDesign and Operations course includes basic design, rack structure design, stacker design, electric design and computer control design etc.
Course Description: This course mainlyfocuses on the equipment and tools ofmodern logistics, includingstorage equipment, loading and unloading and transport packaging equipment, packaging, circulation processing equipment, container unitization equipment, logistics, intelligent equipment, etc. Through this course, students can be cultivated and trained to master the types, functions of logistics equipment,and can choose the appropriate logistics equipment according to the site condition correctly.
Course Description: The course of Training of Logistics Experiments is designed based on the equipment in the Center of Logistics Experiment and Training, associated technologies, and logistics experiment system, which includes management scheme of training system, experiment and training on modern logistics technology and comprehensive logistics operation. The specific training contents include automatic stereo warehouse system, electronic label-based goods selection system, barcode system, wireless handheld terminal system, logistics transportation operation, domestic delivery operation, and import and export logistics business.
Course Description: The course is to trainlogisticsengineeringtalent to grasp theplanning,design and optimization method of all kinds of logisticsfacilitiesand businessfacilities. It mainly focuses on the characteristics of logisticsoperation including manufacturingindustry,commerce and trade circulation industry,logisticsenterprise operation, location method for enterprise logisticsfacilities, layout method for enterprise logisticsfacilitiesandequipment and so on.
Course Description: This course mainly introduces the basic concepts and theory of database, relation database, relation database standard language SQL, the relation data theory, design of database, database recovery technology, database security and integrity, new development of database technology, data warehouse technology, OLAP technology, on-line analytical processing, principle and technology of data mining, associated data mining, classification and prediction, etc.
Course Description: Transportationsystems play important role in supporting the social production, promoting the economy development, and improving the people'smaterial and cultural lifelevel.This course is to letstudentsgrasp the basic knowledge, basictheory and methods in transportationengineering.The main contents of this course includethe related transportation engineeringknowledge,theories and methodson themode andinfrastructureof modern logistics transport, the theory andmethods of logistics and transportationsystem optimization, the optimization management of logistics and transportequipment, theorganization and optimization logistics transportationsystem,the environmentimpact and evaluation of logisticstransport system,transportation logistics informationmanagement and so on.
Course Description: Based on the basicprinciples of economics,each link ofthe logistics operationprocess will be analyzed and logistics productionfactors are allocated by the best way in order to obtain thebest way and method ofthe economic effect. This course mainly focuses on the introduction to theeconomics of logistics,the basic principles and methods ofthe economicanalysis oflogistics,supply and demandof the logistics market,theory and decisionof production logistics,logistics cost analysis andcontrol,logistics analysis including time,space and the innovation efficiency, logisticsmarket,the development of the national economy and logistics, circular economy andlogistics,global logisticseconomy.The course will explain the knowledge points through the combination of case study andcurriculum design in order to lay a solid professional foundation for the follow-up courses.
Course Description: Through the combination oftheory andapplication, this course mainly focuses on the work principles of all kinds of sensors in the perceptual layer of the internet of things and wireless sensor network principleswhich are the importantsupporting technology of building the network layer of internet of things. The main contents include resistance,capacitance,inductance,piezoelectric,photoelectric sensor,and othersensors in the perceptual layer of the internet and wireless mesh network,radio frequency,zigbee,wifi,bluetooth,visible lightcommunication technology in the network layer of internet of things. The development of multi sensor technology,multiplenetwork technology and the technology of internet of things will be discussed on the basis of basic principles, which can help students understand the application of the internet of things on intelligent traffic,intelligentlogistics, and other areas and thedevelopment ofnewtechnology.
Course Description: The role and status of modern logistics in national economic developmenthave been widely recognized byall levels of government,enterprises and scholars.How to plan and designall kinds of logisticssystemscientifically and reasonably has become the managementand practice problem that manydecision makers need to face.Logisticssystem planning isto solve the community concerns of logistics system planning and design. This course focuses onthe basic theoryof logisticssystem,logistics network planning,citylogistics system planning,the planning of logistics park,logistics centerplanningand design, the basic knowledge of urban underground logistics system and so on relevant theories and methods.
Course Description:This course introduces the basic concepts and practical knowledge of logistics, including basic knowledge of Transportation, Supply Chain Management, Procurement and Order processing, Distribution Channels, InformationTechnology of Logistics. It also sets up relevant learning and oral speaking content which requires studentssystematically, comprehensively and accurately tolearn logistics specialty English. Students are required topaymuch attention to terminology translation accuracy, which can train and enhance students' practical ability.Students are able to better grasp the theories and methods of operation and management of the logistics system, to get to know and take advantage of forefront of modern logistics developments in the world through learning on the logistics engineering English.
Course Description: In terms of the application layer of the internet of things, this course mainly focuses on the principles and methods for processing and analyzing the mass data during collecting, transmitting, and storing in the sensing layer and network layer of the internet of things. With combination of application cases form intelligent logistics, smart home, Intelligent Transportation System, intelligent agriculture, various Intelligent decision-making methods will be taught, which can improve the intelligence and efficiency of decision. These technologies and methods include data visualization, data visualization analysis, big data, cloud computing, etc. Through this course, students can master the intelligent decision making methods in the internet of things systematically, can design and evaluate the decision making scheme independently with technological means like data visualization and data visualization analysis.
Course Description：The course mainly focuses on the fundamental knowledge of international logistics, supply chain management, international goods transportation system, international trade related knowledge, transportation insurance, customs and Inspection and quarantine, international logistics service and cost management, international logistics financing service and international logistics related laws and regulations. The course will help students understand and master the basic knowledge and skills in the field of international logistics.
Course Description: The course starts from the construction of knowledge structure of electronic commerce, systematically introduces the key technologies in electronic commerce system operation and knowledge from the perspectives of economics and management. Through the training of the course, students can systematically learn and master the key technologies in logistics business of electronic commerce, and learn the application methods of computer network, database, information safety theory and technology and master the analytical methods of commerce mode of electronic commerce.
Course Description: This course mainly focuses on the basic knowledge of logistics information, such as the concept of logistics information, logistics information system, logistics information technology, etc. foundation of logistics information technology, such as code technology, radio frequency identification technology, etc. development and programming of logistics information system, design and implement of logistics information system, working and management of logistics information system, development trend of logistics information system. Finally an example will be given about the development of a logistics information system.
Course Description: The course mainlyfocuses on thetheory and methodsof logistics cost management, including the concept of logistics cost management, classification, and influence factors of logistics cost and logistics cost calculation method. The analysis of the logistics cost, forecasting and decision, and logistics cost control will be introduced as well.
Course Description: This course mainly focuses on the characteristics and tendency of the development of modern logistics, organization management requirements on modern logistics, analysis of the status quo of the logistics industry development, strategic significance of accelerating the development of modern logistics, development direction and the way of modern logistics industry, modern logistics industry development experience abroad, logistics industry development in our country, policy guidance, government roles in the development of logistics industry, logistics services market access and logistics management, integrated transportation and logistics service market system construction, the development of the logistics center city, the construction and development of the logistics park, hub ports and port logistics, the development of logistics industry after joining the WTO, the development of logistics industry technical progress.
Course Description: ERP sand table simulation adoptsan interactive teaching mode, which can help students experience the ERP management concepts in the game. Through the intuitive enterprise sand table and the simulation of the actual operation of enterprises, students can learn many aspects such as the overall enterprise strategy, product development, equipment investment and reformation, production capacity planning and scheduling, material requirement planning, fund demand planning, marketing and sales, financial index analysis, team communication and construction.