系统工程基础

(王振坤)SDM2242024秋  
2024秋
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选课类别:专业任务 教学语言:双语
课程类别:专业核心课 开课单位:系统设计与智能制造学院
课程层次:未知 获得学分:3.0
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课程简介(教工部数据)
SDM224“系统工程基础”课程涉及系统组织建立和运行管理中的主要概念和技术,旨在培养学生运用系统思想与方法来处理复杂综合性问题的能力。学生将首先了解系统的分类与系统工程的发展史,掌握系统工程的一般原则与方法论,并熟悉系统工程的作用及应用领域。在系统的开发和维护过程中,都离不开系统的设计。而系统设计是在系统分析的基础上进行的。因此本课程还将介绍系统分析与设计的基本程序与步骤,并讲授一些常用的系统评价方法,如基本效益法,聚类分析法。项目管理是系统开发中必不可少的要素,因此本课程还将介绍项目管理的基本步骤,实施技巧和预防措施。同时学生还将学习系统建模与仿真中常用技术,如数学仿真和计算机仿真等。系统评价与预测能够为系统的规划设计和运营管理提供科学依据。本课程将介绍系统评价与预测中常用的方法。除此之外,学生还将学习到系统决策与优化相关的知识。在当代,随着系统逐渐地复杂化、大规模化和多目标化,传统的优化技术越来越不堪重负。因此本课程还将介绍一些先进的智能优化技术与决策技术。


This course, SDM224 “Fundamentals of System Engineering”, introduces the main concepts and techniques in the establishment and operation of a system. It aims to develop students' ability to use system thoughts and methods to address complex problems. Students will first learn the classification of systems and the development of system engineering, study the main principles and methodologies of system engineering, and understand the application value of the system engineering. System design exists in each stage of the development and maintenance of a system, while the system analysis is the basis of system design. Therefore, this course will also introduce the basic procedures of system analysis and design and presents some commonly used system evaluation methods, such as the basic benefit method and the cluster analysis method. Project management is an essential element in the development of a system, and the basic steps, implementation skills and precautions in the project management will be introduced in this course. Meanwhile, students will also learn the widely used techniques in system modeling and simulation, such as the mathematical simulation and the computer simulation. System evaluation and prediction can provide a scientific basis for the planning and management of a system. This course will introduce the commonly used methods in the system evaluation and prediction. In addition, students will also learn the knowledge about the system decision-making and optimization. Currently, as the system is gradually becoming more complex, large-scale, and multi-objective, traditional optimization techniques are becoming increasingly overwhelmed. Therefore, this course will also introduce some advanced intelligent optimization and decision-making techniques.
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王振坤

系统设计与智能制造学院

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