Facility Planning and Design
设施规划与设计研究工厂、仓库、服务设施等各类设施的选址、布局设计和物料搬运系统设计。课程内容包括设施选址方法、设施规划流程、物流分析与生产流程、系统化布置设计（SLP）、部门间流量分析、布局优化算法、物料搬运系统设计、仓储系统设计、自动化仓储系统、设施设计软件应用等。学生将学习运用定量方法和CAD工具进行设施方案设计与评价。
Facility Planning and Design studies the location, layout design, and material handling system design of various facilities such as factories, warehouses, and service facilities. Topics include facility location methods, facility planning process, logistics analysis and production flow, systematic layout planning (SLP), interdepartmental flow analysis, layout optimization algorithms, material handling system design, warehouse system design, automated storage and retrieval systems, and facility design software applications. Students learn to apply quantitative methods and CAD tools for facility design and evaluation.
选择一个制造车间或服务设施作为设计对象，收集产品结构、工艺路线、生产纲领、设备参数、部门面积等基础数据。运用物流分析方法绘制从至表，计算部门间物流量。采用系统化布置设计（SLP）方法进行初步布局设计，考虑物流关系、非物流关系和综合关系。使用遗传算法或模拟退火等优化方法对布局进行优化，以物料搬运成本最小化为目标，提出最终布局方案并进行评价。
Select a manufacturing workshop or service facility as the design object and collect basic data such as product structure, process routing, production volume, equipment parameters, and department areas. Use logistics analysis methods to create from-to charts and calculate interdepartmental material flow. Apply systematic layout planning (SLP) for preliminary layout design, considering flow relationships, non-flow relationships, and combined relationships. Use optimization methods such as genetic algorithms or simulated annealing to optimize the layout, targeting minimum material handling cost, and propose and evaluate the final layout scheme.