CD

Missouri University of Science and Technology (Formerly University of Missouri-Rolla) Cihan H. Dagli Founder and Director of Systems Engineering Graduate Program Missouri University of Science and Technology Systems Engineering Graduate Degrees and Certificate Programs

Systems Engineering Definitions (International Council on Systems Engineers) Systems Engineering: An interdisciplinary approach and means to enable the realization of successful systems. Systems Engineering considers both the business and the technical needs of all stakeholders with the goal of providing a quality product that meets the user needs. System Architecture: The aggregation of decomposed system functions into interacting system elements whose requirements include those associated with the aggregated system functions and their interfaces requirements/definition.

Value of Systems Engineering* *Source: INCOSE Systems Engineering Center of Excellence SECOE INCOSE 2003; & Honour, E. “Understanding Value of Systems Engineering”, INCOSE Conference, June 20-24, 2004 Cost and Schedule Performance as a Function of Systems Engineering Effort

Missouri S&T Systems Engineering Program  Housed in the Engineering Management and Systems Engineering department.  The diversity (of research and teaching specialization areas) are maintained through five affiliated faculty who have joint appointments with the department:  Electrical and Computer Engineering  Mechanical and Aerospace Engineering  Only university that had three INCOSE Steven’s Doctoral Awardees as Dr. Dagli advisor(2008, 2010, 2013)  Two INCOSE Fellows (INCOSE Fellows Chair, Dagli)  One IIE Fellow (Dagli)  INCOSE Best Student Poster Awardee (2012, 2013)  Nine teaching and adjunct faculty from premier aerospace industry nationwide and internationally.  Founder and organizer “Complex Adaptive Systems Conference ( Dagli ) S&T – Millennium Arch

Missouri S&T Research in Systems Architecting and Engineering  Conducted through SESL, SERC for DARPA, and DoD  Illustrative SERC, DARPA and DoD Research:  Enterprise and System of Systems Modeling  An Advanced Computational Approach to System of Systems Analysis and Architecting using Agent-based Behavioral Modeling  Agile Systems Engineering: Investigation and exploration of ”immersive” training technologies  Agile Systems Engineering: Experiential and Active Learning Approach  System Engineering body of Knowledge SEBOK  Systems Engineering Capstone Registry  Evaluating Systems engineering Methods, Processes, and Tools (MPT)  Complex Adaptive System Analysis for Virtual Forward Operational Base Camps  Human Assisted Manufacturing Model Library S&T – Millennium Arch

The Basics (1 of 2)  Apply for admission and enroll  For a Masters of Science in Systems Engineering: o Complete six core courses and o Complete four courses from one (or more) of the specialization tracks domain specific graduate certificates.  For a Systems Engineering Graduate Certificate: o You need complete the following four courses – SysEng 368, SysEng 413, SysEng 468, and SysEng 469 o You can transition from the Systems Engineering Graduate Certificate program to the Master’s Degree Program.  Obtain approval of your course of study from graduate program office.

Course Structure Systems Engineering Master’s Courses Systems Engineering Graduate Certificate Courses Core64 Specialty Track or Graduate Certificate Courses 4None Max. Transferable Courses31 The Basics (2 of 2)

Core Courses Integrated CurriculumCourses Systems Systems Architecture SysEng 469 Systems Architecting Systems Engineering and Analysis SysEng 368 Systems Engr. and Analysis I Systems Engineering – Information Based Design SysEng 468 Systems Engr. and Analysis II Complex Systems Management Economic Decision Analysis SysEng 413 Economic Analysis for Systems Engineering Systems Engineering Mgt. SysEng 412 Complex Engineering Systems Program Mgt. Organizational Behavior and ManagementSysEng 411 Systems Engineering Capstone

Course Mode of Delivery and Communication  Access courses “live” on the Internet from home, or from work locations (depending on Boeing policies and management approval).  All lectures are archived for the semester and are available on-demand 24/7 for asynchronous viewing and review purposes.  Both schools use Blackboard as course platform.  Course materials are posted on Blackboard before lectures for download.  Return homework through Blackboard, by or as a graded pdf file.  Your advisor, faculty members, and TAs are available via phone, WebEx discussion boards and .  Missouri S&T has very limited use of TAs, due to typically small (15-20 students) class sizes.

Teaching Philosophy and Courses

Systems Engineering Teaching Philosophy  The systems engineering pedagogy is to expose students to the wide range of influences that program managers and systems engineers face in real programs, along with the systems engineering tools that are needed to produce the best balanced development of today’s complex systems, while incorporating “real-world” problems that expand the students’ knowledge base in the area of “system life-cycle.”  The students are exposed to a variety of opinions, tools and methodologies. The end point of the inclusion of design prototyping, electronics, software development, and validation from a real world customer is a more personal understanding of the process and results of systems engineering realities.

Systems Engineering Core Course Integration Systems Engineering Analysis I Systems Engineering Analysis II Systems Architecting Economic Analysis for Systems Engineering Complex Engineering Systems Project Management Systems Engineering Capstone Additional Two Core Classes Systems Engineering Graduate Certificate Systems Engineering Based Certificates Customized Specialization Track Computational Intelligence Network Centric Systems Model Based Systems Engineering Systems and Software Architecture Software Design and Development Four Courses in Customized Specialization Track or Graduate Certificate Engineering Discipline Based Certificate Civil and Environmental Computer Science Electrical Engineering Engineering Management Manufacturing Engineering Mechanical & Aerospace Engineering

Systems Engineering Project Teams Program Manager – Systems Engineering PhD Student Boeing Mentor – Systems Engineering from various Boeing Sites Faculty Mentor – Missouri S&T Systems Engineering Faculty Course Project – Four or Five SysEng 368 Students

Systems Engineering Integrated Project Status Board Systems Engineering Program Director Program Manager for each group Systems Engineering PhD Student Boeing Mentor for each group Systems Engineers from Various Boeing Sites Faculty Mentor for each group Missouri S&T Systems Engineering Faculty Customer O wner of the need Artifact Manufacturing Department Technician

Systems Engineering Fall 2012 Project: Squad Training in Near Real Combat and Cultural Conditions Monitoring NEED STATEMENT: This project is to design a means to record/relay to a trainer the movements and reactions of soldiers in a given training environment, allowing for the evaluation or their ability to interact culturally with non-combatant foreign nationals. The scenario this will be used in will be an Afghanistan village, although the system must be flexible enough to be applied to other training scenarios. The information provided to the system will be through a set of legacy equipment as specified by the Integrated Training Vest (ITV) system. This information is relayed to a trainer in a control room monitoring a group of up to eight soldiers using the ITV system so that the trainer can evaluate whether a social faux pas has been committed. The system must be capable of monitoring, recording, and conveying sufficient information to evaluate the soldiers’ performance within the simulation as well as the health of the soldiers during training. The overall budget for the development of the system is not to exceed $5000. The system design must be available by December 11 of 2012, and a prototype must be available for integration into the Missouri Mote system by May 5 of 2013.

Systems Engineering Physical Artifact for Spring 2013

Systems Engineering Domain Specific Graduate Certificates  Systems Engineering Graduate Certificate  Network Centric Graduate Certificate  Computational Intelligence Graduate Certificate  Model Based Systems Engineering Graduate Certificate  Software Design and Development*  Systems and Software Architecture Graduate Certificate* * Acceptance to this certificate program is through Computer Science. It may be used as part of your specialization track for Systems Engineering and courses may count toward the degree program.

SysEng 368 Systems Engineering and Analysis I SysEng 468 Systems Engineering and Analysis II SysEng 413 Economic Analysis for Systems Engineering SysEng 469 Systems Architecting Students applying to the SE MS program who have completed these four courses with a minimum grade of B in each course are admitted to the M.S. degree program in Systems Engineering without taking the GRE. Systems Engineering Graduate Certificates

Network Centric Systems Graduate Certificate Core Courses:  SysEng/CpE 419 Network-Centric Systems Architecting and Engineering Communications Engineering Elective Courses (select two):  CpE 317 Fault Tolerant Digital Systems  CpE 319 Digital Network Design  CpE 349 Trustworthy, Survivable Computer Networks  CpE/SysEng 348 Wireless Networks  CpE /SysEng 443 Wireless Adhoc and Sensor Networks  CpE 448 High Speed Networks  CpE/SysEng 449 Network-Centric Systems Reliability and Security  CS 463 Computer Security  CS 467 Mobile and Sensor Data Management

Core Courses:  CpE 358/EE 367/SysEng 367 Computational Intelligence and select one of the following:  CS 347 Introduction to Artificial Intelligence  CS 348 Evolutionary Computing  SysEng 378/EE 368 Introduction to Neural Networks and Applications Elective Courses (Select two courses not taken as a core course):  CS 347 Introduction to Artificial Intelligence  CS 348 Evolutionary Computing  CpE 439/EE 439/Sys Eng 439/Stat 439 Clustering Algorithms  CS 447 Advanced Topics in Artificial Intelligence  CS 448 Advanced Evolutionary Computing  SysEng/CpE/EE 458 Adaptive Critic Designs  CS/SysEng/CpE 404 Data Mining and Knowledge Discovery  EE 337 Neural Networks for Control  SysEng 378/EE 368 Introduction to Neural Networks and Applications  CpE/ME/AE/EMgt/CS 457 Markov Decision Processes  SysEng 478 Advanced Neural Networks Computational Intelligence Graduate Certificate

Model Based Systems Engineering SysEng 433 Distributed Systems Modeling SysEng 435 Model Based Systems Engineering SysEng 479 Smart Engineering Systems Design EMgt 374 Engineering Design Optimization Systems and Software Architecture Comp Sci 308 Object-Oriented Analysis and Design Comp Sci 409 Software Requirements Engineering Sys Eng 435 Model Based Systems Engineering SysEng/CpE 470 Software Intensive Systems Architecting Systems Engineering Domain Specific Graduate Certificates Software Design and Development Comp Sci 307 Software Testing and Quality Assurance Comp Sci 308 Object-Oriented Analysis and Design Comp Sci 406 Software Engineering II Comp Sci 409 Software Requirements Engineering

Missouri S&T Certification in Committee on National Security Systems (CNSS) Standards Missouri S&T is now certified in CNSS 4011 and 4014E standards in Information Security; to meet S&T’s IACE Courseware certification a student needs to take the following courses:  CSc 317: Intellectual Property of Computer Scientists  CSc 362: Security Operations & Program Management  Cp Eng 349: Trustworthy, Survivable Computer Networks  Cp Eng 449/Sys Eng 449: Network-Centric Systems Reliability & Security More information on NSA’s IA Courseware Evaluation Program can be obtained at the following site.

Civil and Environmental Contemporary Structural Engineering Geo-environmental Engineering Geotechnical Earthquake Engineering Infrastructure Renewal Computer Science Information Assurance & Security Officer Essentials Multimedia & Information Systems Software Design & Development Systems and Software Architecture Wireless Networks and Mobile Systems Electrical Engineering Electric Machines and Drives Electric Power Systems Engineering Engineering Management Financial Engineering Human Systems Integration Leadership in Engineering Organizations Lean Six Sigma Project Management Project Engineering and Construction Management Safety Engineering Manufacturing Engineering CAD/CAM & Rapid Product Realization Manufacturing Systems Mechanical and Aerospace Engineering Composite Materials and Structures Control Systems Energy Conversion & Transport Engineering Mechanics Manufacturing Automation Engineering Discipline Specific Graduate Certificates

How Long Will it Take Me to Graduate?  It depends on how many classes a student takes per year.  2 per year (1 in Fall, 1 in Spring) = 5 years  3 per year (1 in Fall, 1 in Spring, 1 in Summer) = 3½ years  Average degree completion time = 2½ to 3½ years  Students have 6 years (Which can be extended for a year) from first course to complete degree. Years to Earn MS 0% 20% 40% 60% 80% 100% Years % of Those Who Earned MS

Plan of Study for off-campus Systems Engineering M.S. Student (Three and half year track) First Semester SysEng 368 Systems Engineering and Second Semester SysEng 468 Systems Engineering and Analysis II/ Summer Semester (I) SysEng 413 Economic Analysis for Systems Engineering/ USC Specialization Track Course Third Semester SysEng 469 Systems Architecting/ (Receive Systems Engineering Graduate Certificate) Fourth Semester SysEng 412 Complex Engineering Systems Project Summer Semester (II) SysEng 411 Systems Engineering Capstone/ Fifth Semester Specialization Track Course/ Sixth Semester Specialization Track Course Summer Semester (II) Specialization Track Course Seventh Semester Specialization Track Cou

Admission and Enrollment

Admit Certificate Complete SysEng 368, 468, 469, 413 MS Awarded If B or better in each of four core courses then may apply to MS S&T Systems Engineering Enrollment Graduate Certificate Awarded if GPA above 3.0 No Yes Engineering or similar BS degree, with UG GPA >2.75 Take GRE and get score of V+Q>1100 A ≥ 4.0 * New Scoring V ≥ 155, Q ≥ 148 Complete 30 credit hours for non thesis or 36 credit hours for thesis Admit MS * GRE Waived

Enrollment Procedure  Complete Distance Graduate Application and First Time Registration Form (found at and request official transcripts documenting undergraduate program be sent to Vicki Gibbons, Manager of Graduate Student Services, at Missouri S&T.  Please contact Vicki Gibbons and she will assist you with the First Time Registration process.  Vicki Gibbons Manager of Graduate Student Services Phone: or Toll Free: Fax:  Returning students must register directly through Joe’SS.Joe’SS

Missouri S&T Admission Exceptions  Students who already hold a M.S. degree* are only required to take eight courses (generally six core courses and two specialization track courses) to complete the Systems Engineering M.S. degree.  With advisor’s approval, up to 9 graduate credits from another institution may be transferred into the M.S. degree. *Must be in an MBA or in Engineering/Hard Sciences

Academic Calendar and Exams

Examinations at Missouri S&T  Exams can be sent to individual students electronically. Professor may also request that exams be proctored.  Proctoring details can be obtained from the Engineering Management and Systems Engineering Graduate Office.  In some courses a final paper or project substitutes for examinations.

Academic Calendar DCE Academic CalendarDCE Academic Calendar S&T Academic CalendarS&T Academic Calendar Spring Semester 2014 Classes BeginTuesJan 21 Last Day to Drop with no Financial ObligationMonFeb 10 Grade of “WD” is Given if Class is DroppedMonMarch 3 Last Day to Drop Course/Withdraw from SchoolFriApril 25 Spring BreakMon-FriMarch Final ExaminationsMon-FriMay 12-16

How to Contact?

Systems Engineering Contact Information  Dr. Cihan Dagli, Founder and Director Systems Engineering Graduate Program Phone: (573)  For Registration and Admissions: Vicki Gibbons, Manager of Graduate Student Services Phone: (573) / Toll Free: Fax: (573) / URL:  For Department Contact: Theresa Busch or Karen G. Swope, Graduate Student Services Fax: (573) URL:  For Course Delivery: Video Communications Center Phone: (573) / Fax: (573) / URL: