dean’s report: building the digital futures_report.pdf · 2016-11-07 · dean’s report:...
TRANSCRIPT
Albert P. Pisano, Dean4 November 2016
Dean’s Report:Building the Digital Future
1
Institute for the Global EntrepreneurEmpowering Engineers to Drive Innovation
A collaboration between the UC San Diego Jacobs School of Engineering and Rady School of Management, dedicated to training global engineering leaders
and translating university discoveries to the marketplace.
Sujit DeyIGE DirectorProfessor of Electrical and Computer EngineeringJacobs School of Engineering
Vish KrishnanIGE Associate DirectorProfessor of Innovation Technology & OperationsRady School of Management
2 4 November 2016
3
Hacking for Defense (H4D)
Using Lean LaunchPad methodologies & the Mission Model Canvas
Solving problems nominated by the National Security Community
Students learn how to work with the Department of Defense (DoD) and Intelligence Community (IC) to better address the nation’s emerging threats and security challenges
Students tackle our nation’s real world challenges
Fall 2016‐ 6‐week mini course with 2 teams of 4 students, coordinated with the ongoing Navy War‐Game.
Check out Posters at the Lunch Break
4 November 2016
4
Going Global – Launch of UC San Diego Tokyo Office
• Launched in July 2016 in the downtown Tokyo
• Available to UC San Diego faculty, staff and alumni to promote international collaboration in research, higher education and innovation.
• Access to conference, meeting and seminar rooms
4 November 2016
Contextual Robotics Institute Leadership
Henrik Christensen, DirectorAuthor, National Robotics Roadmap
Previously, Distinguished Professor and Director Center for Robotics
Georgia Tech
Todd Hylton, Executive DirectorPreviously, Brain Corporation Executive VP
DARPA Project Manager for Intelligent Machines
5 4 November 2016
Robotics ClusterFaculty Hires in 2016
HENRIKCHRISTENSEN
Professor, CSEDirector, Contextual
Robotics Institute
Distinguished Professor,
Georgia Tech
NIKOLAYATANSOV
Asst. Prof., ECERobotics‐control
and sensing
Post‐Doc, Penn
NICKGRAVISH
Asst. Prof., MAEMicro Robotics
Post‐Doc, Harvard
TODDHYLTON
Prof. of Practice, ECE
Machine learning and natural intelligence
NDAPANAKASHOLE
Asst. Prof., CSEMachine Learning
Post‐Doc, CMU
LAURELRIEK
Asst. Prof., CSERobotics
perception, and human‐machine
interaction
Luce Asst. Prof., Notre Dame
JOEGIBBS POLOTZ
Teaching Prof., CSE
Computer Science Education
Exec. VP, Brain Corp.
ZHENGCHEN
Asst. Prof., NANOSustainable Materials
Post‐Doc, Stanford
VERONICAELIASSON
Asst. Prof., SEExperimental Mechanics
Assoc. Prof, USC
MELISSAGYMREK
Asst. Prof., CSEBioinformatics
Mass General andBroad Institute
PIYAPAL
Asst. Prof., ECEBig Data Analysis
Asst. Prof., Maryland
AARONSCHULMAN
Asst. Prof., CSEEnergy Efficiency of Mobile Systems
Post‐Doc, Stanford
ARUNKUMAR
Asst. Prof., CSEMachine Learning
Wisconsin‐Madison,Ph.D.
Jacobs School Growth Trajectory228 Professors• 50 faculty hired over last 3 years• 34% Female Hires
8,696 Students• 32% of New Freshman Class are Female• 24% of New Graduate Class are Female
$168M Annual Research Funding• 11% increase in 2 years
7 4 November 2016
Compelling Case for Building CampaignYou Said
• Focus on the Outputs: How will we solve grand challenges?
• Be specific about what will go in the building
• This building will be the center of innovation that strengthens areas important to our economy
We Did
• Inspired Articulation of a Research Vision, and Reason for this Multidisciplinary Building
• Tested Theme with a variety of constituents
8 4 November 2016
We Are Building the Digital FutureDATA ANALYTICS IN REAL‐TIMEData Streams. Cognitive Computing. Actions and Agents.
Faculty, Students and Strategic Industry Partners Working Together in a Building
Designed from Ground Up for Collaboration.
9 4 November 2016
Assisted Living
SmartTransport
Adaptive Energy Systems
Connected Personalized Medicine
Embodied Cognitive Systems
Technologies of the Digital Future
Grand Challenges in Vertical Markets
10 4 November 2016
Technology Drivers for the Digital Future
Data Stream Analytics
Actions and Agents
New Data
Streams
Research, Development andCommercialization (RD&C)
11 4 November 2016
Key Research Strengthsfor the Digital Future• Contextual Robotics Institute• Data Science Initiative• Deep Decarbonization Initiative• Microbiome Initiative• Institute for the Global Entrepreneur• Jacobs School Agile Research Centers
Wearable Sensors Systems BiologySustainable power Advanced Artificial
and energy IntelligenceVisual computing Resilient Materials
and Systems
12 4 November 2016
Center of Innovation for the Digital Future• Research Programs
Organized in Shared Labs (5‐7 Faculty, 50 Students)
• 11 Shared Labs—Enables Collaboration across programs on Systems‐Level Research
• Strategic Industry and Community PartnersTypical Floor
Footprint
13 4 November 2016
Collaboratory
Meeting Space
CitiSense: Air Quality via the Crowd
Mobile personal sensing for regional air quality monitoring
Machine learning predicts future conditions
Two month‐long user deployments in San Diego region
Professors Griswold, Dasgupta, Krueger, Rosing (CSE), Patrick (SOM)
14 4 November 2016
CitiSenseChanging user behavior with intelligent sensor feedback
• CitiSense sensors given to commuters
• Participants using the sensors found “urban valleys” where buildings trapped pollution
• Sensor feedback changed user behavior
• Context is necessary to achieve results
UC San Diego’s NSF CitiSense Project
CitiSenseCitiSense
contribute
distribute
EPA
C/A
L
F
15 4 November 2016
Epidermal pH Sensor
Forensic Finger SensorMetabolite Sensor with Electronics
Fitness Textile Sensor
Any‐place, all‐day, non‐invasive monitoring directly on the skin or textileReducing health‐care costs and enhancing the quality of life
Whole Body Wearable Sensors Professor Joe Wang and Professor Patrick Mercier
NanoEngineering, Electrical and Computer Engineering
16 4 November 2016
Startup MC10 Working With UIUC
Body Sensors – Continuous Readouts
17 4 November 2016
Professor Rob Knight, Pediatrics and Computer Science & EngineeringMicrobiome Innovation
Accelerate new methods for manipulating microbiomes to improve human health and benefit the environment
Key Thrusts
18 4 November 2016
Laboratory for Intelligent and Safe Vehicles
Road Crash
Annual deaths
1,200,000 and rising
Total deaths
Over 20,000,000 (est.)
Professor Mohan Trivedi, Electrical and Computer Engineering
19 4 November 2016
Intelligent Vehicle Test Bed
Vehicle Dynamic sensors
Range Sensors
Interior Foot Camera
Driver Facing Cameras
Rectilinear Looking Out Cameras
Range Sensors
GPS unit
20 4 November 2016
Professor Gabriel M. Rebeiz, Electrical and Computer Engineering
77 GHz 16‐element phased‐array radar with BIST (R&D100 Award, Microwave Prize).
Automotive phased array radars for autonomous vehicles
Door Open
Door
Door Closed
Track human through glass windshield
No Door
Phased‐Array Automotive Radars for High Resolution Imaging and Tracking
21 4 November 2016
Real‐Time Object RecognitionProfessor Nuno Vasconcelos, Electrical and Computer Engineering
Goal: Real‐time classification of 1,000,000 image windows per secondEfficient classifiers that optimize trade‐off between object detection accuracy and speedApplicationsRobotics, smart vehicles, state of the art pedestrian detectionMethodsCascades of deep learning classifiers learned with boosting
Video: real‐time pedestrian detection
22 4 November 2016
Potential Industry Partners in Collaboratory for Digital Future
23 4 November 2016
AmazonAT&TASML/CymerCisco SystemsCorningCubicGEGeneral AtomicsGlobal FoundriesGoogleIBMIntelKaiser Permanente
LeidosNorthrop GrummanMediaTekNvidiaQualcommSamsungTeradataToyotaVerizonViaSatWowWeeZTE
We Are Building the Digital FutureDATA ANALYTICS IN REAL‐TIMEData Streams. Cognitive Computing. Actions and Agents.
Who are the Industry Partners We Should Engage? • Vertical Markets
• Horizontal Technology Enablers
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Discussion/Questions?
4 November 2016
26 4 November 2016
Council of Advisors Breakout Session
1. What are the top five vertical markets where the Jacobs School can make a significant contribution by enabling the digital future? (either confirm the ones we have, or add additional)
2. Given our top vertical markets, what are the most important horizontal technology enablers where the Jacobs School can make significant contributions over the next 5‐10 year horizon?
3. Who are the most important strategic industry partners we should engage?a) Leaders in the Vertical Marketsb) Leaders for Horizontal Technology Enablers
4. Who are the key 11 companies we should seek as primary investors in the collaboratory for the digital future?
First 15 Minutes: Individually fill in grid to your expertise and connections
Remaining Time: Address Questions as a Group
27 4 November 2016
AssistedLiving/HealthyAging
Smart Cities/Sustainability
ConnectedPersonalizedMedicine
SmartTransport
Sensors and Vision
INDUSTRYPARTNERS
2. ENABLIN
G TECHN
OLO
GIES
3a.
3b.
Data Analytics
Robotics, Cognitive Objects
5G, Networks
28 4 November 2016
AssistedLiving/HealthyAging
Smart Cities/Sustainability
ConnectedPersonalizedMedicine
SmartTransport
Sensors and Vision
INDUSTRYPARTNERS
2. ENABLIN
G TECHN
OLO
GIES
3a.
3b.
Data Analytics, Cognitive Computing
Robotics, Cognitive Objects
5G, Networks
IBM
Kaiser
29 4 November 2016
4. Who are the key 11 companies we should engage in the collaboratory for the digital future?