1. University of Wisconsin-Madison 2002-03 41,507 Students –28,677 undergraduate students –12,830 graduate & professional students $1.7 B annual budget 2,060 faculty, 15,770 total employees 54% women (compared to 50% 10 y ago)

2. UW-Madison Research UW-Madison is ranked 3 rd overall and 2 nd among public universities in research expenditures $>600M university wide $>100 million College of Engineering College of Engineering is ranked 13th in nation Nuclear Engineering is ranked 1st in Public Universities Technology innovation –>325 patent disclosures in FY 2002 –>100 patent disclosures from the College of Engineering in FY03

3. UW-Madison College of Engineering Twelve undergraduate degrees in eight academic departments Sixteen graduate Masters and Doctoral degrees Research programs in all disciplines –~ 200 faculty active in >30 Research Centers –$103 M in research expenditures [65% federal, 20% industrial, 15% state/institutional] Growing undergraduate and graduate student populations –~3775 undergraduate students –~1550 graduate students

5. The University of Wisconsin Has a Balanced Fusion Program Theory Engineering Physics, Physics Experimental Engineering Physics, Physics, Electrical Engr. & Computer Science Technology Engineering Physics Wisconsin Fusion Program Started 1963; Over 330 PhD Graduates to Date

6. There are 5 Major Fusion Programs on the UW-Madison Campus Fusion Technology Institute Fusion Technology Institute Center for Plasma Theory & Computation Center for Plasma Theory & Computation Pegasus Plasma Physics Laboratory Engr. Physics HSX Stellarator Lab Engineering Electrical and Computer Engineering Physics MST Lab

7. There Are Many Experimental Fusion Devices on the University of Wisconsin Campus There Are Many Experimental Fusion Devices on the University of Wisconsin Campus Pegasus -Engineering Physics RFP –Physics HSX - Electrical & Computer Engineering IEC -Engineering Physics Run 265 90kV, 30mA

9. The 326 PhD Fusion Graduates From the University of Wisconsin are Evenly Distributed in the U. S. Workforce Industry 35% Academia 32% U. S. Government Labs 28% Other 5%

10. Develop Clean, Safe, and Economical Fusion Energy Sources for Use in the 21st Century Create Near-Term Commercial Products that Use Fusion Energy to Enhance the Quality of Life Educational Impact of the Fusion Technology Institute Largest Program in the United States for Advanced Degrees in Fusion Engineering Ph.D. Fusion Technology Graduates since 1970 (over 95 thus far) occupy key management positions in U.S. Industry, National Laboratories and Universities Mission of the Fusion Technology Institute

11. Coupling of 3D CAD with Neutronics - SNL Liquid Metal Safety - DOE Current Research Activity - FTI High Power Density Blanket Modules - DOE Next Step Options US -DOE Space Propulsion Systems - NASA/DOE IEC Advanced Fuels - Grainger/Greatbatch Z Pinch Reactor Design - SNL High Density Opacity - DOE ICF Target Performance - U. Rochester Shock Wave Effects on Liquid Surfaces - DOE High Average Power Laser Chamber - NRL Advanced Fusion Reactor Design - DOE Materials for Pulsed Power - NRL Greenhouse Emissions from Energy Sources

12. *in conjunction with other universities, national and international labs Calendar Year 96 SOLASE SOLASE-H TDF* HIBALL* LIBRA* HIBALL-II* SIRIUS SIRIUS-M APEX* LMF* SIRIUS-T SIRIUS-P LIBRA-LiTE* SOMBRERO* OSIRIS* 1976 78 80 82 84 86 88 90 92 94 NIF* LIBRA-SP* 98 X-1/Z-Pinch* 00 Fusion Technology Institute IFE/ICF Reactor Studies 02 ARIES-IFE* Z-Pinch HAPL* Light Ion Beam (6) Laser (10) Heavy Ion Beam (4) Z-Pinch (2) 04

13. Engineering Centers Building 1550 Engineering Drive 1003 Tong Auditorium Posters, Refreshments, Lunch 1025 Technology Transfer Presentations 1045 Breakout Target Heating Main Entrance Men’s Women’s Lot 17 Parking Ramp University Avenue N Breese Terrace