the$singapore$mit$alliance$for$research$&$technology...
TRANSCRIPT
The Singapore MIT Alliance for Research & Technology (SMART)
An MIT Research Facility in Singapore
Daniel Hastings CEO/Director SMART
Professor of Aeronautics & Astronautics Professor of Engineering Systems, MIT
11 March 2015
2
O U T L I N E
§ Singapore R&D Strategy
§ NRF Strategy for CREATE
§ MIT Global Strategy
§ Review of SMART
SINGAPORE R&D STRATEGY
Schein (1996) “strategic pragmaIsm”
• R&D and Education as National Imperative
• Centralized, Long term, Planning (PM down)
• Strong Industrial Policy
• Sending Best and Brightest Abroad and Attracting Best and Brightest to Government Ø 1000+ International PhD Scholarships (2001-2011)
• Importing Talent (People and Institutions)
• Serious Benchmarking and High level Global Advisors
• Creating World-class Facilities
• Celebrating R&D
Singapore Public R&D Expenditures
8 Fold Growth over 25 Years
Biomedical Sciences Environmental and Water Technologies Interactive and Digital Media
Plus: Energy Land and Livability Security …
SINGAPORE R&D STRATEGY
Increasing Investment in R&D
Singapore target 3.5
2011 US 2.77 Israel 4.38 OECD Ave 2.37
SINGAPORE R&D STRATEGY
Signs of Success
• WEF (2012) Ø Singapore 2nd most competitive economy
• Bloomberg (2014) Ø Singapore 7th most innovative economy
• OECD 2012 Program for International Student Assessment (PISA), 15 year olds Ø Singapore 2nd in Math, in Science, in Reading Ø Singapore 1st in Creative Problem Solving Real Life Problems
• QS University Rankings (2014) Ø NUS 22 (Top Asian University) Ø NTU 37 (Top University under 50)
SINGAPORE R&D STRATEGY
Economic Progress
SINGAPORE R&D STRATEGY
8
SMART is the largest part of CREATE
INTERNATIONAL MIT ETH TU Munich UC Berkeley Cambridge Shanghai Jao Tung Peking University Hebrew University Ben Gurion University Technion -‐-‐-‐-‐-‐-‐-‐-‐-‐-‐-‐-‐-‐-‐ LOCAL NUS NTU SUTD SMU
Campus for Research Excellence and Technological Enterprise
7
NRF STRATEGY FOR CREATE
7
NATIONAL RESEARCH FOUNDATION PRIME MINISTER’S OFFICE SINGAPORE
Interdisciplinary Research Themes
Environmental Systems
Human Systems
Energy Systems
Urban Systems
Environmental Systems
• Carbon Reduction (CARES, SPURc)
• Carbon Capture (SPURc) • Building Efficiency and
Sustainability (SinBerBEST)
• Harnessing Solar Energy (SinBeRISE)
• Low Energy Electronic Systems (SMART-LEES)
• Nanomaterials for Energy and Water Management (BGU-HUJ-NTU)
• Environmental Sensing and Modelling (SMART-CENSAM)
• Cellular and Molecular Mechanisms of Inflammation (NUS-HUJ-CREATE)
• Infectious Diseases (SMART-ID) • Biosystems and
Micromechanics (SMART-BioSyM)
• Regenerative Medicine in Cardiac Restoration
Therapy (START)
• Energy and Environmental Sustainability (E2S2)
• Urban Mobility (TUM CREATE, SMART FM, SEC FCL)
• Urban Design and Territorial Planning (SEC FCL)
System of Systems
NRF STRATEGY FOR CREATE
11
• MIT Mission The mission of MIT is to advance knowledge and education in students in science, technology, and other areas of scholarship that will be best serve the nation and the world in the 21st century. The Institute is committed to generating, disseminating, and preserving knowledge, and to work with others to bring this knowledge to bear on the world’s great challenges
• MIT Global Strategy Develop/support a global network first rate institutions for MIT faculty to address world’s greatest challenges and experiment with educational innovation Ø Singapore: SMART, SUTD Ø Russia: Sktech Ø Abu Dhabi: United Arab Emirates: Masdar Institute Ø Portugal: Five universities Ø Hong Kong: HKUST
Attract the best people in the world to MIT Ø Students, visiting postdocs, visiting faculty, faculty
MIT GLOBAL STRATEGY
12
MIT and Singapore Timeline
1960s 1970s 1980s 1990s 2000s 2010s
1961-‐1963 LKY and Jerry Wiesner
1966 First Graduates (Post Independence)
1990 Sloan and NTI Accountancy
2007
2010 1999
MIT GLOBAL STRATEGY
13
Environmental Scan • Singaporean Government
Ø Wants to establish Singapore as a major center on the globe for R&D which returns tangible economic and social benefit
Ø Wants to establish an Educational Center in Asia that attracts learners from all over Asia Ø Needs to do it in a way that articulates why the resources should not be just given to the
Singapore universities
• NRF Ø Outstanding Research Ø Singapore as a second home for MIT Ø Engagement in Singapore Ø Reputation
• What is the product that MIT offers? Ø High Quality Prestigious Education and Research with a Focus on Translation Ø A Reputation for Innovation and Entrepreneurship Ø Produce Eminent Educators and Scholars evident by Awards: Nobel Laureates, Field Medals,
National Academies, and Marshall & Rhodes Scholars
MIT GLOBAL STRATEGY
14
• Competitive Positioning Ø MIT has a good reputation in Asia
o Large focused US university entity in Singapore
Ø Other Schools are also here in major ways o Yale (Yale-NUS Liberal Arts) o Duke (Duke-NUS Medical School) o Imperial (Imperial-NTU Medical School) o CREATE entities (ETH, TUM, Technion, Ben Gurion, Hebrew University,
Cambridge University, Shanghai Jiao Tong, Peking University, UC Berkeley)
• Industry Structure Ø Higher Education in Asia – external factors driving attractiveness
o Local universities are looking for partnerships as equals o High Asian demand for quality education o Interest in MOOC experiments o Interest in new collaborations with industry
MIT GLOBAL STRATEGY Environmental Scan
15
SMART IN A NUT SHELL
A Large MIT Research Facility in Singapore • 834 researchers (MIT faculty, Singaporean faculty, Research Scientists, Postdocs,
PhD students, Undergrads)
• Substantial annual research funding from the National Research Foundation (NRF) in Singapore
• Stable 5-year funding for Five Interdisciplinary Research Themes (currently to 2019)
• Many ties with local industry, government agencies and hospitals
• Outstanding physical research facility and excellent state of the art equipment
• Largest entity in the Campus for Research Excellence and Technological Enterprise (CREATE) (30% of the space; 50% of the people)
• Has embedded a Deshpande-like Innovation Center – birthed 15 companies so far
16
A Large MIT Research Facility in Singapore
SMART exemplifies a new model for global scientific collaboration. A well supported global partnership between leading research universities with the following elements: • Excellent collaborative interdisciplinary research • A flow of people (to and from MIT, Singapore) • Addressing important global and regional problems • Translation into societal impact
SMART IN A NUT SHELL
17
SMART CENTRE ORGANISATION CHART
Director
Innovation Centre
Governing Board Provost
Vice President (MIT)
HQ
IRGs Scientific Advisory
Boards
ID IRG LEES IRG FM IRG CENSAM IRG BioSyM IRG
18
SMART CENTRE’S MISSION
• Support the MIT mission to advance knowledge and education in ways that best serve the world in the 21st century
• Be a world-class research centre maintaining the same standards of excellence as at MIT.
• Identify and carry out research on critical problems of societal significance of interest to Singapore.
• Develop robust collaborations with researchers from local Universities and Institutions. Co-advise local doctoral students and post-doctoral researchers.
• Be a magnet for attracting and anchoring global research talent to Singapore.
19
SMART VALUES
• Excellence Ø Research Ø Operations
• Integrity Ø Research Ø Financial
• Meritocracy
20
CORE COMPETENCIES
Core Competencies that MIT brings: • High quality research • Analytically oriented education • Mens et Manus – learning by doing
SMART has the following core competencies: • Interdisciplinary high quality research • Interest in and connections to real world regional issues • Translation into start-up companies • Knows how to train future technology leaders
21
SMART IRG AND INNOVATION RENEWALS
2007 2008 2009 2010 2011 2012 2013 2015 2014 2016 2017 2018
InfecIous Diseases IRG
SMART Centre start-‐date
Environmental Sensing & Modeling IRG
BioSystem & Micromechanics IRG
Future Urban Mobility IRG
Low Energy Electronic System IRG
SMART Centre revised end-‐date
InfecIous Diseases IRG ID
2019 2020
Environmental Sensing & Modeling IRG
BioSystems & Micromechanics IRG
FM to submit renewal proposal
SMART Centre original end-‐date
InnovaIon Centre
Phase 1 (5 years)
End of Phase 1
ConInuaIon of InnovaIon Centre
Proposed Phase 2 of FM FM
2021
22
SMART RESEARCH TEAM MIT Total
MIT Faculty (40 PIs and other faculty 17) 57
MIT Collaborators 14
MIT Postdoctoral Researchers 28
MIT Doctoral Researchers 76
MIT Graduate Students (SM) 33
MIT Undergraduate Students 18
SMART Team (Research ScienIst, Postdocs, Technical and Non-‐Technical Staff, AdministraIve staff including HQ and MIT staff)
236
Faculty from Singapore UniversiIes 102
CollaboraIng ScienIst from S’pore Agencies & Research InsItute 21
Postdoctoral Researchers from Singapore UniversiIes and Technical and Non-‐Technical Staff
54
Graduate and Undergraduate Students from Singapore UniversiIes 191
VisiIng Faculty and Students and External Collaborators 34
TOTAL = 864 MIT (226) & SMART (236) = 462
23
DEPARTMENTS INVOLVEMENT WITH SMART IRGs Infectious Diseases (Biology, Chemistry, BE) [Chen, Cao, Dao, Dedon, Hammond, Sasisekharan, Tannenbaum] Understand pathogen-host interactions: cellular & molecular levels; Develop/use technology platforms
Biosystems & Micromechanics (DMSE, BE, CHEME, EECS, ME) [Van Vliet, Asada, Barbastathis, Doyle, Han, Kamm, Lang, So, Tidor] Invent novel biotechnologies (e.g. imaging, microfluidic); Use in science and human health
Future Urban Mobility (A&A, Arch, CEE, DUSP, OR, EECS) [Frazzoli, Amarasinghe, Barnhart, Ben-Akiva, Britter, Ferreria, Gonzales, Jaillet, Karaman, Katabi, Modiano, Odoni, Peh, Ratti, Rus, Zegras] Improve coordination of moving units (vehicles and people); Advance vehicle autonomy and explore its potential impacts
Environmental Sensing and Modeling (Arch, A&A, CEE, EAPS, ME) [Norford, Adams, Barbastathis, Barrett, Boyle, Britter, Elfatih, Harvey, Hemond, Hover, Madsen, Patrikalakis, Rizzoli, Shanahan, Thompson J, Triantafyllou, Wang, Whittle] Develop new environmental sensor technology, networks & platforms; Develop predictive environmental models
Low Energy Electronic System (DMSE, EECS, ME) [Fitzgerald, Antoniadis, Buonassisi, Michel, Palacios, Peh, Shao-Horn, Thompson C, Wang] Identify new integrated circuit technologies that become the new added value for reduced energy per function, low power consumption and higher performance in our electronics infrastructure
24
MIT PIs INTERACTION WITH SINGAPORE PIs
MIT NUS NTU SUTD OTHERS
Faculty of Science
Faculty of Engineering
Faculty of Science
Faculty of Engineering
ID 8 3 1 1 2 0 DUKE-NUS 1 NUHS 1 NITD/NOVARTIS 1
BIOSYM 9 13 10 7 7 0 DUKE-NUS 2 NUHS 1 NCCS 1 IMCB 1 A*Star 1
FM 13 9 6 0 5 4 SMU 3
CENSAM 18 4 6 4 7 0 NIE 1
LEES 9 0 4 0 7 0 DSO 1
TOTAL 57 29 27 12 28 4 14
25
SMART COLLABORATORS IN SINGAPORE CollaboraIng UniversiIes
Research InsItutes
Government Agencies
Hospitals and Industry
TMSI
Fraunhofer IDM 12
26
INFECTIOUS DISEASES
Diseases Technologies Impacts
Vaccines
Bio-‐ markers
Dengue Program
Malaria Program
Microbial Program
Thera-‐peuIcs
Integration & Convergence
Dengue
Malaria
Microbial
Humice
Eng. & Modeling
Biomarker
Vaccine
Drug High Density Measurement