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本课程概述了系统工程专业能力. 内容和案例研究提出系统工程作为一个多面的学科,借鉴了人类, 定义组织和技术资源, 开发和部署系统.
系统思维概论, 系统工程的核心知识和工程问题解决方法. 涉及复杂、大规模系统的案例研究.
前提条件:同时注册 SEE 510
提出相关的理论观点, best practices, 与复杂系统和系统的系统工程相关的工具和方法.
Prerequisite(s): SEE 501, SEE 510
介绍了新兴的系统工程方法和工具.
Prerequisites: SEE 502, SEE 570; concurrent enrollment in SEE 550, SEE 560
Modeling, & 模拟,统计决策和风险分析,系统架构和定量方法.
Prerequisite(s): SEE 503, SEE 550, SEE 560, SEE 570;
Co-requisite(s): SEE 520, SEE 580
Theoretical and practical foundations of systems engineering; processes, 在整个系统生命周期中使用的工具和原则:从概念开始到系统退役/处置.
Co-requisite: SEE 501
课程涵盖整个系统生命周期中使用的过程、原理和工具. 主题包括需求工程的角色, risk management, 复杂系统开发中的可保障性和物流.
Prerequisite: SEE 510
数据分析中使用的统计方法,重点是工程应用中的决策.
Prerequisite(s): (1) MAT 150 or MAT 321 or an introductory course in statistics and probability; (2) CSC 121 or an introductory programming course; (3) SEE 502; (4) SEE 550; (5) SEE 560
工程项目成本估算的概率与统计, 系统风险评估, 生命周期模型和管理计划.
Prerequisite(s): (1) MAT 131 or MAT 321 or an introductory course in statistics and probability; (2) SEE 510
Principles of engineering economics; impact of economic factors for systems engineers, 理解和分析这些因素的工具, 现金流量的基本定量分析, system life-cost estimating; parametric cost models.
Co-requisite: SEE 510
Application of computer simulation to engineering (sub)systems; system analysis, 模型建设, data collection, 自动化仿真工具.
Prerequisite(s): SEE 530
模型管理的应用, model repositories and model integration in MBSE; distinction between engineering models and model-based systems engineering is emphasized.
Prerequisites: SEE 530, SEE 540, SEE 550 (SEE550允许同时注册)
在各种工程学科中构建系统的整体方法.
Prerequisite(s): SEE 510
与系统和/或系统的系统集成相关的关键问题.
Prerequisite(s): SEE 550, SEE 560, SEE 570
设计和分析复杂适应性和弹性系统/系统的系统(SoS)的概念和方法.
Prerequisite(s): SEE 570, SEE 580
在研究生院指导下对系统工程课题进行个人研究.
Prerequisite(s): SEE 504, SEE 585 (可以同时进行)和研究生导师的同意