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Department of Engineering Management and Systems
Engineering (EMSE)
David EnkeProfessor and Department Chair227 Engineering Management
Missouri University of Science and TechnologyRolla, MO 65409-0370
[email protected], 573-341-4749
EMSE Degree Programs
BS, MS, and PhD in Engineering Management
MS and PhD in Systems Engineering
Graduate Certificates in Engineering Management
Graduate Certificates in Systems Engineering
EMSE Highlights
• Founding program for Engineering Management• First graduate of Engineering Management: 1968• First graduate of Systems Engineering: 2001• Over 200 PhD graduates in Engineering Management
since 1984• One of only five ABET accredited undergraduate
Engineering Management programs• American Society of Engineering Management (ASEM)
graduate program certification• 2012 ASEM Founders Award winner for best graduate
Engineering Management program and best ASEM student chapter
EMSE Highlights
• One of two universities offering System Engineering MS degrees to Boeing (along with USC)
• Member of SERC (Systems Engineering Research Center)
• Organize the annual Complex Adaptive Systems conference• Chair: Dr. Cihan Dagli, INCOSE Fellow
• External MS program with Fort Leonard Wood officers• External MS program in cooperation with King Saud
University in Saudi Arabia
EMSE Graduate Certificates
Computational IntelligenceEngineering Management
Financial EngineeringHuman Systems Integration
Leadership in Engineering OrganizationsLean Six Sigma
Model Based Systems EngineeringNetwork Centric Systems
Project ManagementSystems Engineering
EMSE Graduate CertificatesIncrease Your Understanding of a Specific Area
GRE is Not Required for Admissions
Transfer in 3 Semester Credit Hours (department approval required)
Four Courses Required
Company Project May Count for One Course
Achieve Cumulative GPA of 3.0 to Receive Certificate
Courses Count Toward the MS Degree
Check with the department for program specific details and requirements.
MS in Engineering Management Engineering Management students gain knowledge in the
concepts and theory underlying contemporary techniques in the management and operation of technology-based organizations as well as how to apply those principles in real-life situations.
A wide variety of jobs are offered to Engineering Management graduates, with graduates employed in a variety of technology-based industries.
MS in Engineering Management
The Masters of Science in Engineering Management can be pursued with or without a thesis.
Graduate Certificate courses can be used to meet core or elective courses.
Students may choose a certificate area depending on their interests - however, courses can be chosen from more than one area.
Students have the option to take up to two out-of-department elective courses.
MS in Engineering Management
Non Thesis Thesis
Core Courses Required for all students 12 credit hours 12 credit
hours Graduate Research Courses ENG MGT 490 0 credit hours 6
credit hours Other Courses Elective Courses in Emphasis Area 18 credit hours 12
credit hours Total Credit Hours Required 30 credit hours 30 credit
hours
Required Core Courses - Engineering Management
ENG MGT 314 - Management for Engineers and ScientistsENG MGT 361 - Project ManagementENG MGT 365 - Operations Management Science ENG MGT 452 - Advanced Financial Management
MS in Systems Engineering
The Masters of Science in Systems Engineering can be pursued with or without a thesis.
Each program requires 30 hours of course work beyond the Bachelors degree.
Thesis students are required to take 6 hours of research for a total of 36 credit hours.
Both thesis and non-thesis options require students to take six core courses in the theory and application of Systems Engineering and Management.
MS in Systems Engineering
Non Thesis Thesis Core Courses Required for all students 18 credit hours 18 credit
hours Graduate Research Course SysEng 490 0 credit hours 6
credit hours Other Courses Elective Courses in Emphasis Area 12 credit hours 12 credit
hours Total Credit Hours Required 30 credit hours 36 credit
hours
Required Core Courses - Systems EngineeringSysEng 368: Systems Engineering and Analysis ISysEng 468: Systems Engineering and Analysis IISysEng 469: Systems ArchitectingSysEng 411: Systems Engineering ManagementSysEng 412: Complex Engineering Systems Project ManagementSysEng 413: Economic Analysis of Systems Engineering Projects
MS in Systems Engineering In addition to the Systems Engineering core courses, students can take
four additional courses in the following areas of specialization, allowing the student to design a program that best fits the student's career interest and opportunities:
Aerospace Engineering, Computational Intelligence, Computer Engineering, Data Mining and Knowledge, Engineering Management, Infrastructure Systems, Modeling and Simulation, Network Centric Manufacturing and Control, Network Centric Systems, Quality and Reliability, Risk Modeling and Assessment, Statistics, Structures, Systems Architecting, Systems Design Optimization, Systems Engineering Processes and Design
EMSE Centers and Laboratories • Design Engineering Center
• Dr. Elizabeth Cudney• Human Performance Modeling Lab
• Dr. Susan Murray• Laboratory for Investment and Financial Engineering
• Dr. David Enke• Risk By Design Lab
• Dr. Katie Grantham• Smart Engineering Systems Lab
• Dr. Cihan Dagli• Virtual Systems Design Lab
• Dr. Steven Corns
EMSE Faculty Research Dr. Steven Corns
• Model-Based Systems Engineering• Computational Intelligence• Bioinformatics and Computational Biology
Dr. Elizabeth Cudney• Quality Engineering• Lean• Six Sigma• Quality Management• Robust Design
EMSE Faculty Research Dr. Cihan Dagli
• Systems Architecting and Engineering• System of Systems• Smart Engineering System Design• Computational Intelligence: Neural Networks,
Fuzzy Logic, Evolutionary Programming
Dr. David Enke• Financial Engineering, Investment, Stocks,
Derivatives, Risk Management, Hedge Funds• Financial Forecasting, Trading Algorithms• Engineering Economics• Computational Intelligence
EMSE Faculty Research Dr. Abhijit Gosavi
• Simulation-Based Optimization• Markov Decision Processes• Airline Revenue Management• Total Productive Maintenance
Dr. Katie Grantham• Risk Analysis and Mitigation• Product Design• Engineering Education
EMSE Faculty Research Dr. Ivan Guardiola
• Stochastic Modeling, Stochastic Processes• Applied Probability and Statistics• Pattern Recognition• Linear and Nonlinear Optimization• Cross Entropy Methods• Systems Engineering Analysis and Tools
Dr. Dincer Konur• Operations Research and Game Theory• Supply Chain Management• Logistics• Transportation
EMSE Faculty Research Dr. Suzanna Long
• Strategic Management• Sustainable Infrastructures Management• Supply Chain and Transportation Systems• Organizational Behavior• Sociotechnical Systems Analysis
Dr. Susan Murray• Human Factors• Safety• Human Systems Integration
EMSE Faculty Research Dr. Ruwen Qin
• Real Options• Financial Engineering• Dynamic Decision Making• Applied Optimization
Dr. Stephen Raper• Packaging Systems• Engineering Management• Undergraduate Education
EMSE Faculty Research Dr. Brian Smith
• Design and Management of Organizational Improvement Projects
• Process Improvement Tools and Methodologies
• Performance Measurement and Organizational Assessment