Department of Industrial and Enterprise Systems Engineering Complex System Workshop May 18, 2006

1. Department of Industrial and Enterprise Systems Engineering Complex System Workshop May 18, 2006 Deborah L. Thurston Interim Department Head, Industrial and Enterprise systems Engineering Co-Director, Hoeft Technology and Management Program University of Illinois at Urbana-Champaign

2. Outline Reorganization ? Industrial and Enterprise Systems Engineering Undergraduate Program Instructional Laboratories Graduate Program �New� faculty Goals Benchmark Competitors Strength, Opportunities Closing

3. Reorganization Status and Actions Transfer Industrial Engineering degree programs from Department of Mechanical and Industrial Engineering Rename unit �Department of Industrial and Enterprise Systems Engineering� Both General Engineering and Industrial Engineering undergraduate degree programs and courses remain intact No change in titles of degrees B.S. in General Engineering B.S. in Industrial Engineering

4. Bachelor�s Degree Programs  303 freshmen offered admission to B.S. in General Engineering Fall 2006 Expect 50% yield, 160 accepted 2005 54 freshmen offered admission to B.S. in Industrial Engineering Fall 2006 Expect 20% yield, 17 accepted 2005

6. Curriculum Comprehensive program in basic sciences, engineering sciences, and engineering design. Systems Engineering Industrial engineering, Control systems, Mechanics Design experiences involving a design-build-test-evaluate ("closed-loop") cycle. Secondary Field of Concentration provides rare flexibility in engineering curricula Business, law, medicine, entrepreneurship, technical Capstone senior design project

7. Instructional Labs $750,000 from University for state-of-the-art Senior Design Lab first proposed in 1998, construction begins 2006 additional funding needed from the Alumni Association 5 new faculty offices created in remodel of Room 216 Showcase Instructional Labs Senior Design Studio Product Dissection Lab Operations Research Lab Verizon Telecommunications Lab Mechatronics Lab Robotics Lab Engineering Graphics

9. Senior Design Project Course Industry sponsored Team of 3-4 graduating seniors 40 projects per year 1 Faculty advisor, 2 faculty graders, a roomful of critics 32 year history, more than 700 projects completed Many repeat customers, ranging from Fortune 500 to small manufacturing concerns 125 national awards

10. Graduate Programs in SEE and IE Systems and Entrepreneurial Engineering January 2003 initiation of graduate program 46 current M.S. and Ph.D. graduate students 35% are continuing from B.S. in General Engineering 19 students have passed the Ph.D. qualifier exam 5 more taking this week 19 applicants offered admission for Fall 2006 Third Ph.D. in SEE granted May 2006 Industrial Engineering 15 current M.S. and Ph.D. graduate students 21 applicants offered admission for Fall 2006

11. Product and Market Development For Subsistence Marketplaces �  Get Course Credit and Change the World! Joint initiative between College of Business and College of Engineering MBAs & Graduate Engineering Students Product development Marketing Cost accounting Project finance Engineering development Manufacturing development Travel to INDIA to learn about your market first hand Gain real world business experience developing new products and services Interact extensively with corporations and leading faculty Learn how to segment, target, and position new products in subsistence marketplaces Learn how to work effectively on cross-functional teams You can get all this while benefiting the four billion people in the world living in subsistence marketplaces!!

12. New Externally Funded Research Grants total over $2 million

13. New Faculty Continue Tradition of Breadth and Depth

14. IE Faculty to Transfer from MIE

15. Human Factors 0% time Appointments

16. New Faculty Hires

17. Define Goals of Department Create new knowledge Impart that knowledge to others students, industry, research community Gain long-deserved recognition ? Top 5 in IE Department Category

18. U of I Engineering Department RankingsU.S. News and World Report 2006 

19. Benchmark Competitors with Top IE Departments

20. Strengths Respectable initial ranking 18th (U.S. News and World Report) Unique niche areas Business Systems Controls Already participating on National scene to define emerging discipline of Engineering Systems Clear articulation of goal � Top 5 Great students and new faculty hires Hoeft Technology and Management Program

21. Primary Opportunity Emerging technologies require an interdisciplinary, systems, business savvy approach Technological base provide rigorous tools Traditional disciplinary �silos� that hampered interdisciplinary teaching and research are becoming more permeable Funding sources� NSF IGERT, MUSES, ERC, etc. Conference and Journal outlets Courses in emerging disciplines, financial engineering, product development, biotech., etc. Interdisciplinary capstone design teams

22. Closing �New� Department is a validation of past success of both GE and IE Systems, Business and Engineering Meet current students� needs Emerge on national playing field in position of strength with unique niche The tough part of the job is just beginning Questions?

23. Faculty Profiles

24. Faculty Profiles

25. Facuty Profiles

26. Operations Research Laboratory316 Transportation Building  Directors: Xin Chen and Uday Shanbhag Operations research is a mathematically-inclined discipline with the goal of making better decisions. Specifically, OR researchers and practitioners draw from the areas of optimization, probability and simulation to model, analyze and control complex systems. OR techniques are applied to a whole host of problems ranging from managing inventories under uncertainty to better scheduling of airline crews.� The Operations Research Laboratory is a new facility located in room 316 of the Transportation Building at the University of Illinois at Urbana-Champaign. The lab shall consist of 20 high-end� PCs, 10 Linux-based workstations and an 8-CPU server. In addition, there will be a projection facility to allow for audio-visual instruction of undergraduate and graduate-level courses in Industrial Engineering and Operations Research.

27. Verizon Telecommunications Laboratory303 Transportation Building Director: Professor R.S. SreenivasThis laboratory, begun with a generous grant from the GTE foundation, is being designed to complement existing and developing courses in Network Design and Network Management at the University of Illinois. The lab is intended primarily for undergraduate work and will stress the fundamentals of multimedia (voice, video and data) networking. A hands-on environment, where students can learn about telecommunications by directly using the technology, is intended to better prepare our students for careers in this fast growing field. The primary concepts taught will be network design and management, using performance evaluation tools and equipment.

28. Mechatronics Laboratory302 Transportation Building Director: Daniel Block, R.S. Sreenivas and Mark W. Spong Mechatronics is the synergistic integration of mechanical engineering, electrical engineering, electronics, computer science, and control theory of the design of intelligent systems. Mechatronic systems are used in automotive systems, aerospace systems, consumer electronics, and robotics. Established in 1995 through a grant from John Deere Corporation to support project-based education in mechatronics and real-time embedded systems. The Mechatronics Laboratory has eight fully equipped workbenches for design, construction, and analysis of mechatronic systems. The lab supports GE 423/MfgE 430 Introduction to Mechatronics

29. Robotics and Automation Laboratory303 Transportation Building Directors: Mark W. Spong and Seth Hutchinson The Robotics and Automation Laboratory was established in 1987 to support the College of Engineering Manufacturing Engineering Program. Currently the laboratory is equipped with six robotic arms, computer workstations, controllers, teach pendants, and integrated computer vision systems, together with conveyors, turntables, and additional sensors enabling students to emulate factory automation workcells. The lab supports the following courses: GE 421/ECE 470 Introduction to Robotics GE 422/ECE 489 Robot Dynamics and Control GE 522/ECE 589 Robot Control Theory

30. Product Dissection Laboratory201 Transportation Building Director: James Leake The College of Engineering has agreed to fund the creation of a Product Dissection Laboratory within the Department of Industrial & Enterprise Systems Engineering. This laboratory will be used in support of a newly proposed reverse engineering design project within GE 101, Engineering Graphics and Design. After selecting a suitable commercial product, student teams will then tear down and reverse engineer the product or device. Laboratory equipment will include a Stratasys Dimension BST 3D Printer, a Microscribe 3D digitizer, HighRES software that permits direct entry of digitized input into Autodesk Inventor parametric modeling software, computer workstations for five design teams, as well as digital cameras, electronic calipers, tool sets and hold down devices.