研究生项目

的 curriculum is innovative and rigorous, and delivered live via interactive webcasts both on campus and globally through internet streaming; students are encouraged to participate during the live course lectures, with accommodations available when work 或者个人日程安排不允许上课.  研究生项目 is designed to build on a student’s bachelor’s 学位 and technical background, exposing 他们通过最新的方法、工具和研究来扩大他们的职业选择.  学生 have the ability to select their 学位 option depending on their personal interest and career objective, from either a course-based option or course and research option; 详见项目要求. 

的 研究生 工程管理 Program is designed for working engineers, scientists 和技术人员获得知识，技能和观点，以协助他们 管理日益庞大和复杂的基于技术的项目. 成功的管理 of these types of projects requires both analytical and people-oriented skills, and the 30-credit hour 学位 program is designed to instill both in our graduates through 以下几点:

1. Ability to apply Management Science-based optimization techniques to problem situations 在现实世界中. 理解这些技术在创业中的应用 上下文.
2. Ability to understand the structure of complex databases, how to do relatively simple data mining searches, and how to construct a database that may be useful to many users. 
3. 理解 economic and financial modeling and simulation and its application to analysis 以及风险投资项目和投资组合的估值. 了解应用程序 of statistical techniques to real data encountered in project-oriented engineering 环境.
4. 理解 team building, project structuring, human resources, and implementation 在以技术为基础的组织中.
5. 具备从分析角度分析新技术市场的能力 风险和不确定性，技术生命周期和产品生命周期. 理解 在新技术产品的背景下消费者行为的细节.
6. 理解 the components of a successful funding package for an entrepreneurial venture, 无论是在技术型公司内部还是外部. 了解谈判过程 from game-theory and applied perspectives, and be able to put together the outlines 新企业的商业计划.
7. Demonstrated ability to apply one or more of the tools and techniques learned in MEM coursework to a complex workplace or policy issue that solves a real engineering or 技术管理问题.

By the completion of the MEM 学位, students are expected to demonstrate 以下几点:

 

1. 应用 optimization and numerical techniques to engineering and technology management 问题

1.了解主流优化方法和数值方法

1.2在给定的环境中表述一个优化问题

1.3数值求解优化问题

 

 

2. 应用 analytical models and simulations to solve engineering and technology management 问题;

2.至少使用一种编程语言.g. Python, R或MatLab)

2.用计算机代码制定和解决问题

2.3对管理问题进行计算机模拟

 

3. 识别、分析和评估多层次的复杂工程问题 风险和不确定性

3.了解风险管理的基本原则

3.识别管理体系中的风险并确定其优先级

3.评估风险和确定性等值，设计风险管理政策

 

4. 应用 management and organization design principles to improve operational efficiency 在组织中

4.1 理解 the structure of organizations and the roles of management and leadership

4.诊断和分析组织和管理问题

4.通过领导评估和提高效率和效果

 

5. Identify, analyze and evaluate new technologies, products, and innovations for commercialization

5.评估新的产品创意和创新

5.理解技术商业化的原则

5.设计和评估新产品的营销计划

 

6. Conduct independent research on complex engineering and 技术管理问题s  

6.收集和分析复杂问题的数据，并解释结果

6.确定问题的优先级并管理研究工作

6.撰写并提交一份研究报告

研究生项目是 30学时 with three 学位 options available for students depending on their career objectives 和兴趣，如下: 

选择1:工程管理专业硕士(MEM) 硕士学位课程是为有兴趣发展自己的 作为各自领域的从业者的管理和领导技能.  的 MEM is a 100% course-based 学位 program consisting of 30学时 of 500-level 工程管理课程中的课程.   

选项2:M.S. 工程管理(MSEM) 具有自主学习选项是专为学生设计的研究生学位课程 interested on developing their management, leadership and research skills working 与教师委员会一起研究学生感兴趣的项目.  这个MSEM选项 consists of 21 credit hours of 500-level courses selected from the 工程管理 curriculum; 6 credit hours of 500-level courses taken from outside the program, and 自主学习3学时.  

选项3:M.S. 工程管理(MSEM) 有论文选项是为感兴趣的学生设计的研究生学位课程 in conducting independent research and potentially applying for a doctoral program in management, industrial engineering, economics, public policy, or other related 场. 学生与教师委员会一起完成自己的研究项目 符合大学论文要求的兴趣. 这个MSEM选项包括 of 18 credit hours of 500-level courses selected from the 工程管理 curriculum; 6 credit hours of 500-level courses taken from outside the program, and 6 credit hours 论文工作.  

完整的课程描述见当前 课程目录.