1. State and Future of Computing Mary Lou Soffa soffa@virginia.edu http://www.cs.virginia.edu/soffa

2. Computing and information technology Transformative Changing the way we live, work, and play Taking us to the 22 nd century – technology of the future and to the future

3. Changing our future Advance health informatics Engineer better medicines Reverse-engineer the brain Secure cyberspace Enhance virtual reality Advance personalized learning Engineer the tools of scientific discovery …  http://www.nae.org

4. Imperative Fuel for economic growth and innovation Backbone of national infrastructure Growth rate more than double average job growth Especially so for Mid-Atlantic region Drives national competitiveness Enables Discovery Model and simulate when theory lags and experiments inappropriate Career Opportunity

5. Rosy Picture for CS Intellectually rewarding Dynamic, always changing Challenging Energizing – see impact of the work Job opportunities Computer-related jobs - fast growing Hundreds of thousands of positions unfilled Even with downturn in economy – jobs that require strong technical skills in demand’ Forecast strong Jobs at all levels – B.S., M.S. Ph.D Salaries high

6. Diverse types of careers Systems types careers Design and implementing systems Software engineering Artificial intelligence Communications – networking, web Applications of computer science Banking and finance Health care Medicine Design Fashion Automobile Everything – wall paper, etc. Security Translation – language, sign, etc. Research – Academia & industry

7. Salaries StartingMedian Computer science$53.4K$93.5K Computer engineering$56.2K$88.4K Software engineering$66.7K$85.7K http://www.bls.gov/

8. Job opportunities 30% increase over next eight years Top in total numeric growth Top percentage growth Three of the top five are computing related

9. Projected S&E new jobs distribution thru 2012 70%

10. Fastest Growing Occupational Group

11. Fastest Growing STEM Occupations * * *

12. Degrees vs. Projected Job Openings

13. Why computing @ UVA Commitment to excellence Goals – increasing quality The top undergraduate department Top ten overall department Top ten research program with special emphasis on systems Top department for diversity

14. Why computing @ UVA – faculty Dedicated educators Chose UVA for its reputation as the nation's top public university 25 tenure/tenure stream faculty 9 junior faculty 3 Curriculum faculty

15. Why computing @ UVA – curriculum Innovative curriculum Laboratory-oriented – provides experiential skill Critical thinking – design and problem solving Breadth and depth 12 core courses and 25+ different 3 rd and 4 th year electives offered during recent years NSF showcase

16. Why computing @ UVA – students Strong coming in and strong coming out SEAS students typically best SAT scores at UVA CS students better than typical SEAS student CS undergraduates 3 rd in nation over the last decade in research recognition

17. Why computing @ UVA – research Nationally recognized 10 faculty with NSF career awards 2 NAE members, 2 ACM council members, 4 ACM Fellows, 3 IEEE Fellows Culture of collaboration – multidisciplinary research Active programs in CS core & applications Cyber physical systems Secure and dependable software High performance computing

18. Why computing @ UVA – research

19. Undergraduate computing possibilities BS in Computer Science BA in Computer Science BS in Computer Engineering Joint with Electrical and Computer Engineering Five-year BS/MS program

20. Recent graduate destinations Advance degrees Graduate School – CS, CPE, A&S, Law, Medical Stanford, Carnegie-Mellon, Duke, MIT, Berkeley, … High technology companies Google, Microsoft, IBM Consulting Andersen Consulting, Ernst & Young Investment banking Deutsche Bank, Morgan Stanley Dean Witter World and federal service UN, NSA, Armed Forces

21. Why computing @ UVA - support Strong school and University commitment to computing More faculty New building Improving student laboratories