1 uc santa cruz foundation board meeting sung-mo (steve) kang dean, baskin school of engineering...
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UC Santa Cruz UC Santa Cruz Foundation Board MeetingFoundation Board Meeting
UC Santa Cruz UC Santa Cruz Foundation Board MeetingFoundation Board Meeting
Sung-Mo (Steve) KangDean, Baskin School of Engineering
April 5, 2002
Sung-Mo (Steve) KangDean, Baskin School of Engineering
April 5, 2002
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Vision of the Baskin Vision of the Baskin School of EngineeringSchool of EngineeringVision of the Baskin Vision of the Baskin
School of EngineeringSchool of Engineering
A distinctive engineering school tailoredto promote technological innovation
FFrontiering, IImpacting through excellence in RResearch, SService and TTeaching
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To develop and sustain first-rate education and research To develop and sustain first-rate education and research programs that integrate the fundamental principles and programs that integrate the fundamental principles and sound practice of science and engineering, sound practice of science and engineering,
To serve the needs of the greater Silicon Valley region and To serve the needs of the greater Silicon Valley region and the State of California by creating and disseminating the State of California by creating and disseminating knowledge through research and teaching, and by offering knowledge through research and teaching, and by offering curricula that:curricula that:
•Nurtures creative thinking Nurtures creative thinking
•Prepares our students for productive careers at Prepares our students for productive careers at industrial and academic settings in rapidly evolving industrial and academic settings in rapidly evolving areas of science and engineeringareas of science and engineering
Baskin School of Engineering Mission Baskin School of Engineering Mission StatementStatement
Baskin School of Engineering Mission Baskin School of Engineering Mission StatementStatement
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Degrees Offered in the Near Future
Electrical Engineering- MS, Ph.D.
Bioinformatics- MS, PhD.
Biomolecular Engineering- MS, Ph.D.
Information Systems Management- MS
Software Engineering- MS
Applied Mathematics and Statistics- MS, Ph.D.
Baskin School of Engineering Baskin School of Engineering Academic ProgramsAcademic Programs
Baskin School of Engineering Baskin School of Engineering Academic ProgramsAcademic Programs
Degrees Currently Offered
Bioinformatics- BS
Computer Science- BA, BS, MS, Ph.D.
Computer Engineering- BS, MS, Ph.D.
Electrical Engineering- BS
Information Systems Management- BS
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Target Areas of ExcellenceTarget Areas of ExcellenceTarget Areas of ExcellenceTarget Areas of Excellence
Information Technology
SecurityVisualization
Biotechnology Nanosystems NEMS
Bioinformatics Storage Databases
Biomolecular Engineering
VLSINetworksRemote Sensing
Statistics & Mathematical Modeling
Engineering ManagementInfo. Systems Management
Nanotechnology
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Departmental Departmental
Target Areas Target Areas
of Excellenceof Excellence
Departmental Departmental
Target Areas Target Areas
of Excellenceof Excellence
X = Main department *Proposed
AMS
CS
CE
EE
BE*
ME*
Bayesian statistics and dynamic mathematical modeling
X X X X X
Key: AMS – Applied Mathematics and Statistics
CS – Computer Science
CE – Computer Engineering EE – Electrical Engineering BE – Bioengineering ME – Multidisciplinary Engineering
Bioinformatics and biomolecular engineering
X X X X
Communications, signal and image processing
X X X X
Database & Storage, networks, and computer security
X X X
Embedded Systems Design X X X
IS&T Management X X X X X
Machine learning, human-computer interface, graphics and visualization
X X X X
Optoelectronics and optical systems
X X X
Remote sensing and environmental technology
X X X X X
Software engineering X X
VLSI, nanosystems, MEMS/NEMS
X X X X
X = Main department *Proposed
AMS
CS
CE
EE
BE*
ME*
Bayesian statistics and dynamic mathematical modeling
X X X X X
Key: AMS – Applied Mathematics and Statistics
CS – Computer Science
CE – Computer Engineering EE – Electrical Engineering BE – Bioengineering ME – Multidisciplinary Engineering
Bioinformatics and biomolecular engineering
X X X X
Communications, signal and image processing
X X X X
Database & Storage, networks, and computer security
X X X
Embedded Systems Design X X X
IS&T Management X X X X X
Machine learning, human-computer interface, graphics and visualization
X X X X
Optoelectronics and optical systems
X X X
Remote sensing and environmental technology
X X X X X
Software engineering X X
VLSI, nanosystems, MEMS/NEMS
X X X X
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Interdisciplinary PartnershipsInterdisciplinary PartnershipsInterdisciplinary PartnershipsInterdisciplinary Partnerships
Arts
• Digital Arts/New Media
Natural Sciences• Biotechnology
• Nanotechnology
• Environmental Technology
• Remote Sensing
Humanities• Computational Linguistics
• Engineering Ethics
• History of Science, Technology and Medicine
Social Sciences• Information Systems Management
• Human-Computer Interface
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Four CISIsFour CISIsFour CISIsFour CISIs
I. Information Technology
•CITRIS – UC Berkeley, UC Davis, UC Merced, UC Santa Cruz
•Cat(IT)2 – UC Irvine, UC San Diego
II. Nanotechnology
•Nanosystems Institute – UCLA, UC Santa Barbara
III. Biotechnology
•QB3 – UC Berkeley, UC San Francisco, UC Santa Cruz
Each $100M from State and 2x match by industry
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Cal ISI Institute for Quantitative Cal ISI Institute for Quantitative Biomedical Research (QB3)Biomedical Research (QB3)
Cal ISI Institute for Quantitative Cal ISI Institute for Quantitative Biomedical Research (QB3)Biomedical Research (QB3)
• Partnership among UC San Francisco (medical sciences), UC Berkeley (engineering and physical sciences), and UC Santa Cruz (bioinformatics, mathematical sciences)
•Will host three interrelated programs- Bioengineering and Biotechnology; Bioinformatics; and Structural and Chemical Biology
• Develop new technologies and new areas of research based upon the application of the physical, chemical, mathematical and engineering sciences to biomedical research
• Will enable the University of California and California industry to remain in the forefront of research in the 21st century
• Major new research facilities will be built on the three campuses by 2005
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• To develop new technologies for biomedical research
• To train a new generation of students who are fluent in both quantitative and biomedical sciences
• To forge new links with industry and extend California’s leadership in the Bioscience fields.
• To apply the quantitative sciences to biomedical problems
The QB3 ChallengesThe QB3 Challenges
11Viewing all of Chromosome 19
The UCSC Genome Browserhttp://genome.ucsc.edu
The UCSC Genome Browserhttp://genome.ucsc.edu
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Cal ISI Center for IT Research in Cal ISI Center for IT Research in the Interest of Society (CITRIS)the Interest of Society (CITRIS)
Cal ISI Center for IT Research in Cal ISI Center for IT Research in the Interest of Society (CITRIS)the Interest of Society (CITRIS)
• Partnership among UC Berkeley, UC Davis, UC Santa Cruz, and UC Merced
• Initial focus on highly distributed, reliable and secure Societal-scale Information Systems (SIS)
• SIS for smart classrooms, smart buildings, transportation management, disaster response, energy and environmental monitoring, seismic planning, medical networks, etc.
• California Governor’s initiative enables Cory Hall remodeling, new building at UC Berkeley, a new wing of Engineering II Building at UC Santa Cruz
• Education plan includes Tele-Laboratory Center; Degrees through distance learning
• Founding corporate members include Broadvision, Ericsson, HP, IBM, Infineon, Intel, Marrell Semiconductor, Microsoft, Nortel, ST Microelectronics, Sun Microsystems
• Director, Ruzena Bajesy (UCB); Chief Scientist, J. Demmel; UCSC Associate Director P. Mantey
UC Berkeley
UCSF
UC Davis
UC Santa Cruz
UC Merced
UC Santa Barbara
UC San Diego
UCLAUC Riverside
UC Irvine
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Energy Conservation Emergency Response and Homeland
Defense Transportation Efficiency
Solving SocietSolving Societal-Scale Problemsal-Scale ProblemsSolving SocietSolving Societal-Scale Problemsal-Scale Problems
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Monitoring Health Care Land and Environment Education
Solving Societal-Scale ProblemsSolving Societal-Scale ProblemsSolving Societal-Scale ProblemsSolving Societal-Scale Problems
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Baskin School of Engineering- Its GrowthBaskin School of Engineering- Its GrowthBaskin School of Engineering- Its GrowthBaskin School of Engineering- Its Growth
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Engineering II Building Engineering II Building (June 2002 Groundbreaking, Fall 2004 Occupancy)(June 2002 Groundbreaking, Fall 2004 Occupancy)
Engineering II Building Engineering II Building (June 2002 Groundbreaking, Fall 2004 Occupancy)(June 2002 Groundbreaking, Fall 2004 Occupancy)
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University
Industry
Time
Ach
ieve
men
t
S-Curve for PartnershipS-Curve for PartnershipS-Curve for PartnershipS-Curve for Partnership
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State Investment
Tech Transfer
Work Force
Feedback
Commercialization
Business
Industry Investment
Community Support(High Schools, Community Colleges, Industry)
Education
Research
University-Industry PartnershipUniversity-Industry PartnershipUniversity-Industry PartnershipUniversity-Industry Partnership
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