课程中文简介(教学目的、基本要求及内容提要): 使学生掌握现代物流管理理论、信息系统的手段、方法,具备物流管理、规划、设计、物流自动化等较强实务运作能力,成为在物流管理领域从事全过程策划、管理和物流信息化、自动化及机器人工作的高级复合型管理人才。通过实际各类自动化设备的认知实验,可以让学生在理论学习的同时接触设备实物,了解各其特点与功能,为学生今后的软件系统开发和规划设计等后实际工作打下一个基础。 要求学生具有经济学、管理学、管理信息系统、市场营销学、财务管理的相关知识,了解现代物流的配送、运输、包装、仓储、国际货物与运输、物流环保、采购决策与库存控制、电子商务与自动化物流系统等。 有一定的计算机基础。 内容是以满足客户需求为目的,对产品、服务和相关信息从生成点到消费点的有效率和有效果的正向和逆向流动和储存的进行计划、执行和控制部分的供应链过程。现代物流管理及自动化活动,主要包括内向和外向运输管理、车队管理、仓储、物料处理、订单完成、物流网络设计、存货管理、供应/需求计划和第三方服务供应商管理;物流自动化、机器人装卸自动化、机器人导航自动化;计算机算法、编程、控制等各种层面的学习、操作、计划和执行活动。 课程英文简介: Purpose:to make students grasp methods of modern logistics management theory and information system and become advanced composite management personnel with ractical operational capabilities of modern logistics anagement, planning, design and automation. By cognitive experiments of various automation equipments, students can see practical equipments and know their characteristics and functions at the same time of theory studying.That would be helpful in their future software system designing. Requirements for students:having relevant knowledge on economics, management science, management information system, marketing study and financial management; understanding modern logistics distribution, transportation, packaging, warehousing, international goods and transportation, environmental protection logistics, procurement decision-making and inventory control, modern logistics management, e-commerce and automated logistics system. Contents: for the purpose of meeting the needs of clients, planning,implementing and controlling the efficient supply chain process of forward and reverse flow and storage of products, services and related information from the generation points to consumption points. Modern logistics management and automated activities include various levels of study, operation, planning and implementation activities on inward and outward transportation management, fleet management, warehousing, material handling, order fulfillment, design of logistics network, inventory management, supply / demand planing and third-party service supplier management; logistics automation, robot stevedore automation, robot navigation automation; computer algorithms, programming, controlling and so on. |