1. Electrical Engineering and Computer Science at UC Berkeley View from the top...... and to the future. Carlo H. Séquin Associate Dean, College of Engineering former Chair, Computer Science Division

2. You are here!

3. Living in Berkeley “Berkeley – the Athens of the West – is arguably the world’s best place to live.” New York Times –Fabulous restaurants, theatre, parks, scenery, weather –Culture: a community of independent thought, nonconformity New York Times “The campus of the University of California at Berkeley in springtime is about as close to Shangri-La as most mortals are likely to get.” New York Times

4. University of California, Berkeley Times Higher Education Supplement Worldwide University Ranking: Academic Reputation 1. Berkeley 2. Harvard National Research Council Survey of Graduate Programs: 1. Berkeley: 97% depts top 10 2. MIT/Harvard: 87%

5. EECS Academic Reputation US News & World Report, Rankings 2008/09: Computer Science Programs (only grad programs ranked): 1.Berkeley / MIT / Stanford (3-way tie) Electrical Engineering Programs: Undergraduate: 1.MIT 2. Berkeley 3. Stanford Graduate: 1. MIT 2. Berkeley / Stanford

6. Our EECS Faculty is Extremely Distinguished: 2 National Medals of Science 3 ACM Turing Awards (“Nobel Prize” of CS) 3 IEEE Medals of Honor (“Nobel Prize” of EE) 7 Members of National Academy of Sciences 37 Members of National Academy of Engineering 14 Fellows of American Academy of Arts & Sciences 16 Sloan Foundation Fellowships 1 MacArthur “Genius” Award 12 Berkeley Distinguished Teaching Awards

7. … who teach undergraduate courses! Contrary to urban legends: Every faculty member teaches undergraduates! Teaching quality matters a lot to us; every course is surveyed; student opinion counts! Many undergraduates get involved in research early in their stay at Berkeley. Every undergraduate has an individual faculty advisor.

8. The UC Berkeley EECS Department Soda Hall Cory Hall CITRIS

9. Active Areas in EECS Strong coupling between EE and CS: In 1980’s we had strongest IC-CAD program anywhere !  RISC, SOAR, SPARC, RAID

10. RISC I & II (1982), first microprocessors built at a University

11. Berkeley Sensor and Actuator Center Pioneered micro-electromechanical systems (MEMS) ~ “3-dimensional integrated circuits” This center is more than 20 years old and has more than 35 member companies. Accelerometer technology used in all airbag systems worldwide comes from Berkeley.

12. Sensor Motes Small systems combining: a computer, networking infrastructure, and various sensors: –heat –light –sound –pressure –chemicals

13. Building Comfort; Smart Alarms Great Duck Island Elder Care Fire Response Factories Wind Response Of Golden Gate Bridge Vineyards Redwoods Sensor Networks: Instrumenting the World Soil monitoring

14. Systems Research at Berkeley Ingres, one of the first two relational database systems [Stonebraker, Rowe, and Wong, 70s] Berkeley UNIX – virtual memory, TCP/IP, software tools [Fabry, Ferrari, Graham, Joy et al, 70s - 80s] Reduced Instruction Set Computer (RISC) [Patterson, S é quin, late 70s, early 80s] Redundant Arrays of Inexpensive Disks (RAID) [Katz, Patterson, Ousterhout, late 80s] Network of Workstations and scalable web services [Culler, Brewer etc, mid 90s] Sensor Networks, TinyOS, TinyDB [Pister, Culler, 00s] PlanetLab [Culler, Shenker, early 00s] The next Internet (GENI etc.) Manycore parallel architecture (PAR-Lab)

15. Complexity Theory at Berkeley 1936: Alan Turing (UK) defines the Turing Machine — an elementary computing device; –Extended Church-Turing thesis: every possible computing device is essentially equivalent to a Turing machine. 1971/72: Steve Cook and Dick Karp develop complexity theory; define NP-complete problems (computable in principle but intractable in practice). –Famous “P vs NP” question — one of seven major open problems in all of Mathematics ~1980: Manuel Blum and students Shafi Goldwasser and Silvio Micali develop foundations for secure cryptography (an application of complexity!) 1994: Umesh Vazirani and student Ethan Bernstein disprove the Church-Turing thesis; — quantum computers are intrinsically more powerful!

16. Also: Focus on Building Things ! Integrated circuits Prototype computers Software systems Web applications Mechanical gadgets  CAD/CAM and Rapid Prototyping FDM Rapid Prototyping Machine used in our modeling classes.

17. “Pax Mundi 2” (Kansas City, 2007) 5-inch FDM maquette 10-foot bronze sculpture

18. Creation of the Eurographics Award Trophy Carlo H. Séquin EECS Computer Science Division University of California, Berkeley

19. Soda Hall 1988 Developed complete 3D model (exterior and interior) to debug our design. Combine research with practical problems that need to be solved

20. Berkeley Architectural Walkthru Interactive walkthru model; These techniques are now used in many video games.

21. RAD-Lab (constructed 2006)

22. RAD-Lab... a very popular place

23. RAD-Lab Professors are close to students Prof. Randy Katz

24. PAR-Lab (projected June 2008)

25. OK, so what’s the BAD news? The worst thing about having been at Berkeley is that you can never be really happy anywhere else.” Prof. Shafi Goldwasser, MIT

26. BERKELEY ? Good Choice !! Great climate Great campus Great people Great students Great faculty Interesting diverse research... lots of exciting stuff going on... not just in EECS, but in COE, and CITRIS