achieving the competitive edge in the innovation...
TRANSCRIPT
Achieving the Competitive Edge in the Innovation Economy
Georgia Tech Economic Development Course
March 14, 2007
Mary Jo Waits
Center Director
Pew Center on the States
The Challenge: Responding to….
8 Big Forces
1. The Idea-Driven Economy
2. The New Business Model
3. The Talent Imperative
4. The “Big Sort”
5. New Calculation for Quality of Place
6. New Definition of Success
7. New Focus on Place-based Assets
8. The Search for Regional Stewards
1. The Idea-Driven Economy
“The first 100 years of our country’s history were about who could build the
biggest, most efficient farm.
The second 100 years were about the race to build efficient factories.
The third 100 years are about ideas.”
(and experiences)-- Seth Godin
Fast Company, August 2000
New Growth Theory: Stanford Economist Paul Romer’s Perspective
Ingredients
• Intellectual capital
• Human capital
• Financial capital
Recipes
• New ideas
• Entrepreneurs
• Networks
Results
• Productivity
• Prosperity
• Cluster vitality
Source: Collaborative Economics
“Recipes” combine resources in new and different ways
In 1971, a small coffee shop starts in Seattle’s funky Pike Place Market with a new “recipe”
“Recipes” combine resources in new and different ways
Nanotech: You start with building blocks like nanowires, nanotubes, and nanoparticles. Put together one way, these building blocks make a computer. Put together in a different way, they make a biological sensor.
Biology is another example. You have a limited number of building blocks, like proteins and DNA. Depending on how you put them together, you end up with a tissue, a worm, or a human being.
Charles Lieber, Harvard Chemistry Professor & co-founder, Nanosys
Innovation is Added as Indicator
Performance Indicators
Innovation Output
Patents
Firm formations
VC investments
IPOs
Fast growth firms
Overall Economy
Employment growth
Unemployment
Average wages
Wage growth
Cost of living
Exports
2. The New Business Model
Companies and entrepreneurs moving from “closed innovation” (in-house research capability) to “open innovation” model.
“Many companies are starting to innovate with research discoveries of others.”
Harvard Professor Henry Chesborough, Open Innovation, 2003
Intel’s “Lablets”
Small-sized research facilities adjacent to top university research centers
Intel expects to benefit from proximity –gain early access to promising new technologies
Applies to all companies, not just high-tech
Procter & Gamble names director of external innovation—Goal: 50% of its innovation from outside the company in 5 years
Why? Inside more than 8,600 scientists advancing the industrial knowledge that enables new offerings; outside are 1.5 million.
“So why try to invent everything internally?”
Global Business Model
ManilaCosta Rica
Dublin
BangaloreBombayHyderabadChennaiiPune
Israel
BeijingShanghaiShenzhenGuang ZhouHong Kong
MoscowBudapestPrague
Hsinchu
•Washington D.C.
•Boston
•Minneapolis
•Atlanta
•Phoenix
•Seattle
•Austin
•San Diego
•Portland
•Raleigh-Durham
•Denver
•Sacramento
•Salt Lake
Firms tap talent and serve markets globally, from their start.
San Diego: Rise of a BioTech Cluster
Today: 3rd Biotech hub behind San Francisco & Boston
North Torrey Pines Road: Densely packed 2-mile stretch w/ Scripps Research Institute, Salk Institute for Biomedical Studies, UCSD
“We can throw a rock and hit UCSD. I can hit a golf ball and hit Scripps. Everything is within walking distance. That means more heads get together and we do a lot of collaboration.” VP at Salk Institute
3. The Talent Imperative
With “Innovate or Die” the first rule, the second rule surely is:
“Have Talent or Die”
Skilled people, not computers or raw silicon, are the fundamental source of the ideas and innovation that drive the economy.
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
1940-1950 1990-2000
New Work
Production Work41%
Creative Work16%
Creative Work30%
ProductionWork26%
Service Work31%
Service Work43%
Agriculture12%
Source: Richard Florida
Re-Valuing the Right Brain….
Logical
Mathematical
Linear
Sequential
Verbal
Rational
Serious
Intuitive
Artistic
Nonlinear
Simultaneous
Visual
Emotional
Playful
Can StayWill Go
See Daniel Pink, “The Whole Mind: Moving from the Information Age to the Conceptual Age”
What can stay, what will go?
Can Stay: “Right Brain”Work
Research
Design
Management
Marketing
Proprietary
Creative Core
Sand box
Will Go: “Left Brain”Work
Routine
Low Value
Cost Sensitive
Large Volume
The Challenge Ahead: Talent Gap
+20.9million
+3.5 million
Workforce Shortages Coming
2002-20121982-92
Growth in 25-54 year old population
Source: Bureau of Labor Statistics
4. The Big Sort
The 2000 Census revealed a whole new pattern in metropolitan growth—a brain-driven winner-take-all pattern
The 25 metro areas that already had the most college graduates in 1990 got more than their fair share of college graduates—twice as many, in fact.
-40% -20% 0% 20% 40%
% Change 25-34 year-olds, 1990 to 2000
50 Most P
opulous Metro A
reas
Average of Top 50 Metros
Big Shifts Among Metro Areas
Biggest Shifts in Talented 25-34s
Rank Metropolitan Area Change, 1990-2000
2 Charlotte, NC MSA 56.6%
3 Austin--San Marcos, TX MSA 56.2%
4 Portland--Salem, OR--WA CMSA 50.0%
5 Atlanta, GA MSA 46.2%
6 Denver--Boulder--Greeley, CO CMSA 40.1%
42 St. Louis, MO, MSA -0.7%
45 New Orleans, LA MSA -4.3%
49 Providence, RI MSA -7.0%
Change in College Educated 25-34s
Thinking about how you will look for and choose your next job, which of the following statements best reflects your opinion? (Asked of 1,000 25-34 year old college graduates)
Look for the best job I can find. The place where it located is pretty much a secondary consideration.
0% 20% 40% 60% 80%
Look for a job in a place that I would like to live
People now seek place
But, can’t Afford to Assume that Highly Educated Residents will “Stick” Around
Flurry of Research
Richard Florida, The Rise of the Creative Class
James Irvine Foundation, Linking the New Economy to the Livable Community
Edward Glaeser, Harvard Institute of Economic Research
Paul Gottlieb, Labor Supply and the “Brain Drain”: Signs from Census 2000
Make Sure Talented People Want to Live in Your Region
“Arugula is how I define cities. I go to a grocery store, and either you can get arugula or you can’t.”
Cindy Crawfordinternational super model
Young Talent Seeks…
Breadth and depth of employment options
Startup friendly
Intellectual vitality
Just-in-time recreation, “out & about”
After-hours spots
Diversity of cultures, thinking
Starter homes
Easy to get around town
Proximity to urban center
Source: Next Generation Consulting, 2002
5. New Calculation for Quality of Place--More Complex
Natural environment counts for a lot.
But natural features aren’t enough. Places must have distinctive urban amenities as well.
Choice (in lifestyle) matters in the talent war.
Being a smart, innovative place matters.
It’s not just about physical attributes. Intangibles such as tolerance and entrepreneurial culture are part of the calculation.
Speed is a vital amenity.
Waits, Which Way Scottsdale?, 2003
6. The New Definition of Success
1990-2000Income Growth Population Growth
1. San Francisco 27%
2. Austin 23%
3. Atlanta 23%
4. Seattle 21%
5. Tampa 21%
6. San Antonio 18%
7. Charlotte 18%
8. Cincinnati 17%
9. Colorado Springs 16%
10. San Jose 16%
59. Tucson 8%
74. Phoenix 5%
1. Las Vegas 62%
2. Bakersfield 35%
3. Austin 34%
4. Mesa 32%
5. Charlotte 31%
6. Phoenix 30%
7. Raleigh 28%
8. Colorado Springs 25%
9. Arlington 24%
10. Aurora 22%
Source: CEOs for Cities report, Weissbourd and Berry, October 2003
What Success Looks Like
Prosperity
(rising real income per capita)
Productivity/Competitiveness
(increased output per worker)
Innovationincreasingly higher-value products and services
produced more efficiently
Source: Council on Competitiveness
What Will Boost Per-capita Income?
Education Level
Science & Technology Activity
Export-oriented Industries
Entrepreneurial Initiative
Broad-based Innovation
The Creative Class
Reducing poverty and inequality
Resources
Costs
Proximity
Clusters
Knowledge
Talent
Quality of Life
The Inherited Landscape
Traditional
CurrentThe Created Landscape
7. New Focus on Place
From Inherited Assets to Created Assets
Most Important Sources of Prosperity
Agricultural and Industrial Era
Inherited Assets
Natural resources
Geography
Climate
Population
Knowledge and Innovation Era
Created Assets
Top universities
Research centers
Talented people
Entrepreneurial culture
Networks
Amenities
Elements of a Knowledge-based Economy
5 tangible elements:
A strong intellectual infrastructure (universities and firms generating new knowledge and discoveries)
Mechanisms through which knowledge is transferred from person-to-person / firm-to-firm
Excellent physical infrastructure (high-speed internet)
A highly skilled technical workforce
Good sources of capital
2 intangible elements:
Entrepreneurial culture
Quality of lifeSource: National Governors Association
Expertise Diversity
Interaction
Creativity
EXPERTISE means talented people
INTERACTION when people come together, there’s a better chance for the passionate exchange of ideas & synergies that create new business models, marketing plans or products
DIVERSITY is important in generating the “Next Big Thing”; people learn most by interacting with people less like themselves.
The Ingredients of Innovation
Building Expertise
Focused Excellence: Georgia Research Alliance, CA Institutes for Science and Innovation
Talent: Lilly Endowment’s $100 M for “intellectual capital,” Georgia's 100 eminent scholars, USC’s goal of 100 high-profile professors, Science Foundation Ireland recruiting 50 world-class scholars by 2008
State-sponsored Research Funds: CA, TX, NJ, NY, MI, AZ, OH
Orchestrating Interaction
UCSD CONNECT “Meet the Researcher”
ASU’s supercomputer; Engineering school moves to “main street”
Innovation Districts Atlanta’s Technology Square, Torrey Pines, Research Triangle Park, PA’s Keystone Innovation Zone, St. Louis’s CORTEX 1,000 acres for medical research district
Partnerships and Networks Georgia Cancer Coalition, St. Louis Coalition for Plant and Life Sciences, BIOCOM
Putting people from Diverse fields and cultures together
AZ Biodesign Institute—co-locates 3 O’s
UC Discovery Grants
NIH starting to encourage interdisciplinary research
Silo, Solo is Passé
Where Sparks Fly
“It’s all designed for interaction.” All of us are smarter than any one of us.”
Douglas Merrill
Google VP of engineering describing the company’s space in Tempe
New Workplaces
More…
Alternative work arrangements
Dedicated meeting and collaboration spaces
Flexible work spaces
Shared amenities—campus, community
Vertical possibilities
Investment in technology/infrastructure
Less…
Office space per worker
Hitachi’s Plan: mixed-use, interaction, public spaces, synergy
Retrofitting the Suburban Business Park
7. The Search for Regional Stewards
The new century will be a highly competitive one—especially as cities and regions realize that key features are “buildable” and thus can be had by nearly any place that puts its mind to it.
But who takes the lead?
Framework for Stewardship
Innovative EconomyPreparing people andplaces to succeed
Social InclusionEnsuring that everyone participates and shares responsibility
Collaborative GovernanceFinding creative ways to govern
Livable Community
Preserving and creating places to live and work
Stewards
of Place
The Challenge Ahead:Strategic, Sustained Effort
“There was no single defining action, no grand program… no solitary lucky break, no wrenching revolution.
Good to great comes about by a cumulative process--step by step, action by action, decision by decision, turn by turn of the flywheel—that adds up to sustained and spectacular results.”
Jim Collins, 2001
Playing a leading role in the Innovation Century will take:
New Era Thinking: Move from Cheaper Here, Made Here, and Grown Here to: Invented Here. Discovered Here. Started Here.
Sustained, Resolute Effort: These new ambitious will not be realized unless they serve as a long-term guide for public policy.
Exceptional People: There is no substitute for talent—it’s the path to greatness.
The Collaborative Gene: No more silos. New ideas require collaboration. So does bold public policy.
Three “Big Bets”
Big Bet No. 1Target export-oriented, knowledge intensive clusters to build strengths in:
Electronics/Information Technology
Aerospace
Software
Biomedical
Advanced Business Services
Optics
Three “Big Bets”
Big Bet No. 2
Prop 301, a sales tax increase which citizens approved in 2000, earmarks $1 billion over 20 years, distributed among the state’s 3 universities
Arizonans recognized that K-12, community colleges, top-tier universities are a critical infrastructure for the 21st century
In 2003, AZ legislature approved $440 million in research facilities at 3 universities—12 new research facilities
Three “Big Bets”
Big Bet No. 3Genomics – $90M raised in 2002 to jumpstart the bioscience industry with attraction of TGen and IGC
Battelle Biosciences Roadmap to develop 3 areas: Cancer therapeutics
Neurological sciences
Bioengineering
Lots of Ownership
Biodesign Institute at ASU
BIO5 at University of Arizona
Technopolis – entrepreneurial support
Arizona Board of Regents - metrics for 301 funds
Arizona Biomedical Collaborative—3 universities
Legislature passes Angel Investor tax credit
Maricopa Community College district-- $1.5 M training for bioscience
Foundations continue to support TGen and top talent
Greater Phoenix Leadership—Bioscience Task Force
Cities connecting to Big Bets
Phoenix Downtown “Knowledge Anchors”Scottsdale Los Arcos, Mayo Clinic R&DChandler potential Intel and ASU NanoInstituteTucson’s UA Research Park and new Critical Path Institute Flagstaff’s NAU partners with TGen
More Big BetsUA/ASU Medical SchoolMaricopa Partnership for Arts and Culture
Austin: City of Ideas
Three decades ago: Sleepy University/Govt Town (per capita income 85% of US average)
Today one of 20 “Cities of Ideas” (per capita income is 107% of US average)
Started with Vision: “Poised for Greatness” - IT and quality of life
Attracts Motorola, AMD in 70s; MCC research consortium; SEMATECH-13-firm research consortium; many IT- related firms follow
UT top 10 of engineering graduate schools (1989)
Multiple startups: Dell and spin offs from UT
San Diego: Rise of a High-Tech Cluster
Geography produces tourist & military town and begets Scripps Institute (1912)
Today: 3rd Biotech hub behind San Francisco & Boston
North Torrey Pines Road: Densely packed 2-mile stretch w/ Scripps Research Institute, Salk Institute for Biomedical Studies, UCSD
Rise of High Tech Clusters
• City dredges harbor, 1907
• City gives land to General Atomics to increase HT (1956); designated S&T zone; spawns 60 companies
• Leaders get a University (UCSD)—post-grad science focus (1960); in 1990’s, spawns 69 companies
• UCSD professor starts Linkabit becomes Qualcom & Leap Wireless (1968) ; UCSD scientists founded Hybritech
• Salk Institute (1960) ; since 1980’s spawns 17 companies
• Scripps produces 40 companies in similar time
• UCSD CONNECT (1995) “meet the researcher”
• BIOCOM—informal network
• $1 B in private VC (2002) ; $ 500 M annually NIH
• UCSD opens graduate business school (PhD/MBA)