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OVERVIEW
Each Fall Term, the Lyle School of Engineering offered dedicated groups just for employees of Raytheon studying toward the Master of Science, Systems Engineering and the Master of Science, Engineering Management degrees.
SYSTEMS ENGINEERING
The M.S. Systems Engineering is a requirements-driven program developed for high-potential engineers and managers with an undergraduate technical degree who are advancing in industry or government or running their own company.
This program is designed to develop expertise for development and management of systems (products and services) that satisfy customer requirements considering engineering, technology, environmental, management, risk, and economic factors by viewing the system as a whole, over its life cycle using systems engineering principles, methods and practices. “Systems thinking” skills are developed which foster more effective practice for the engineer or engineering manager within the business enterprise. The objective is to provide individuals with the capability to effectively manage the development of complex systems in an ever-changing environment.
New group launches are subject to sufficient enrollment requirement of at least 12 admitted students.
ENGINEERING MANAGEMENT
The SMU Lyle School of Engineering’s Masters of Science in Engineering Management degree is a 30-hour program developed for individuals with an undergraduate engineering or technical degree who are—or will be—rising through management or starting their own company. The program is designed to impart essential knowledge for today’s and tomorrow’s technology-driven world.
“Engineering Management is the art and science of planning, organizing, allocating resources, and directing and controlling activities which have a technological component. Engineering managers are distinguished from other managers by the fact that they posses both an ability to apply engineering principles and a skill in organizing and directing technical projects and people in technical jobs.” (ASEM)
SMU’s MSEM program develops this expertise through core courses in management, finance, economic analysis, production, and accounting, complemented by pace-setting, innovative electives in information engineering, global perspectives, and entrepreneurship. This well-rounded approach prepares individuals for success in a technology-based world and its challenges and opportunities.
CUSTOMIZED SCHEDULE
At Lyle, we are cognizant of students from Raytheon wanting to balance the cost of a degree from SMU against the tuition assistance offered by their employer's Educational Assistance Program. To do so, the schedule of ten courses for a group of Raytheon employees is spread over three calendar years in order to balance the out-of-pocket expense of the student against the generous funding provided by their company.
For a Raytheon dedicated group starting in a Fall Term, the schedule would be as follows:
|
Fall 2012
|
2
|
$8,340
|
$0
|
|
Spring 2013
|
2
|
$8,340
|
$0
|
|
Fall 2013
|
1
|
$4,170
|
$2,510*
|
|
Spring 2014
|
2
|
$8,340
|
$0
|
|
Fall 2014
|
1
|
$4,170
|
$2,510*
|
|
Spring 2015
|
2
|
$8,340
|
$0
|
*Cost estimates are based on the difference between current tuition and fees and our understanding of current levels of tuition assistance at Raytheon.
LOCATION
Class meetings take place at the SMU in Plano campus which is located centrally in the Collin County area where most Raytheon employees live and work.
Special Note: Raytheon employees who wish to make faster degree progress may still opt to join a open enrollment group instead of this Raytheon-only group. Those groups take four courses per calendar year and finish their degree in five semesters.
Groups meet on Saturdays every two weeks from 8 a.m.-5 p.m. during the academic semester
SYSTEMS ENGINEERING EXAMPLE CURRICULUM
|
Course 1
|
Systems Analysis Methods
|
|
Course 2
|
Systems Engineering Process
|
|
Course 3
|
Integrated Risk Management
|
| Course 4 |
Systems Reliability, Supportability and Availability Analysis
|
|
Course 5
|
Systems Integration and Test
|
|
Course 6
|
Systems Engineering Design *
|
|
Course 7
|
Software Systems Engineering *
|
|
Course 8
|
Systems Engineering Leadership *
|
|
Course 9
|
Logistics Systems Engineering *
|
| Course 10 |
Systems Engineering Tools (SLATE, DOORS, and MATLAB) * |
*Electives are subject to change
ENGINEERING MANAGEMENT EXAMPLE CURRICULUM
| Course 1 |
Engineering Economics and Decision Analysis |
|
Course 2
|
Engineering Accounting
|
|
Course 3
|
Engineering Management
|
|
Course 4
|
Management of Information Technologies |
|
Course 5
|
Probability & Statistics for Scientists and Engineers |
|
Course 6
|
Engineering Finance |
|
Course 7
|
Operations Research Models |
|
Course 8
|
Systems Engineering Process |
|
Course 9
|
Elective 1: Technical Entrepreneurship * |
| Course 10 |
Elective 2: Production Systems Engineering * |
* Electives subject to change