Idaho Governors Summit Nov 19 Web

An Introduction to Open Source Workforce Development Thriving on the New Economic and Workforce Development Frontier November 19-20 , 2008 Ed Morrison Purdue Center for Regional Development I-Open

Critical tasks for today...and every week hereafter

Critical tasks for today...and every week hereafter 1. Introduce yourself to one person you do not know 2. Plan one extended conversation to follow-up 3. Close one triangle with an e-mail introduction

• Exercise: Asset Mapping • Story of the Transformation • Speed Networking Break • Brainpower Strategy Maps • Stories of Transformation • New Regional Leaders • Exercise: Evaluating Your Current Process • Strategic Doing Overview

Focus ﬁrst on our personal networks that help you get stuff done

Focus ﬁrst on our personal networks that help you get stuff done Name three people with whom you collaborate regularly

Focus ﬁrst on our personal networks that help you get stuff done Name three people with whom you collaborate regularly Name up to three people to whom you would go for advice when you run into a difﬁcult challenge

Focus ﬁrst on our personal networks that help you get stuff done Name three people with whom you collaborate regularly Name up to three people to whom you would go for advice when you run into a difﬁcult challenge Name up to three people to whom you give advice

Now start drawing your personal network

Now start drawing your personal network John M Me Jan H Bill J Beth L

Some key take-aways

Some key take-aways People are not just people...they are nodes in a series of networks These networks are big and they touch a lot of assets If we could ﬁgure out a way to connect and align these networks, we’d create a lot of new oppportunities

Which region is stronger? Social Network Map of the Southwest Regional Leadership Forum University of Evansville March 17, 2006 Presented by the Indiana Humaniteis Council

Economic Development in an Nutshell Good Money: Increase the volume of 1 income into the region with competitive traded businesses Rest of the Neutral Money: Increase the velocity World 2 of money circulating in the region with local businesses to create more jobs 1 3 Bad Money: Reduce income leaks Sales by reducing outside purchases, workers who move out, and students who drop out Traded Another Businesses region 2 Purchases and paychecks Brain Drain and Purchases Local Businesses 3 Your eco Drop Outs nomy Dependency Source: Ed Morrison, David Morganthaler

Strap on your goggles... Our story begins with the emergence of our Grandfather’s economy

Our story begins with innovation in our Grandfather’s Economy Coal Dumper, shores of Lake Erie, 1897

Our grandfather’s economy created a lot of wealth 13

The S-Curve caught up to our grandfather’s economy •Global markets integrated •Costs collapsed •The Internet exploded

Collapsing costs undercut our Grandfather’s economy

The Internet exploded

The Internet exploded Netscape invents the web browser

Drucker saw the new S-Curve Every few hundred years in Western history, there occurs a sharp transformation. Peter Drucker, The New Realities (1989)

A New S-Curve is Emerging We are here Prosperity Time

Our Grandchildren’s Economy: A New S-Curve is Emerging

Our Grandchildren’s economy is emerging with wealth created by networks... Granchildren's economy: Wealth driven by network business models We are here Prosperity Grandfather's economy: Wealth driven by vertical business models Time

Our Challenge: Find pathways to our Grandchildren’s economy... Linking and leveraging our assets Source: Ed Morrison

Economies: Networks embedded in other networks Economies are not just metaphorically like open systems; they literally and physically are a member of the universal class of open systems. Eric Beinhocker, The Origin of Wealth (2006)

What’s the power of a network? What’s the value of one cell phone? What’s the value of ten cell phones?

We need a new base map for our Grandchildren’s economy

Innovation: the “engine of change” behind Open Source Economic Development

Critical tasks for today...and every week hereafter 1. Introduce yourself to one person you do not know 2. Plan one extended (“deeper”) conversation 3. Close one triangle with an e-mail introduction

We need a new base map for our Grandchildren’s economy

Strategies involve linking and leveraging assets in ﬁve “asset networks”: 1.Brainpower 2.Innovation 3.Quality places 4.Branding 5.Civic Collaboration

Finding the New Pathways: Workforce Leadership in the Age of Networks Brainpower Innovation 21 Century Talent Entrepreneurship Networks Civic Collaboration Quality, Connected Branding Places Experiences

Here’s a simple deﬁnition of Brainpower

Here’s a simple deﬁnition of Brainpower Workforce development coordinates the development and delivery of brainpower to competitive companies We are running out of brainpower to drive high growth, high income businesses

Our Starting Point: Our Grandfather’s pathways are too rigid, too simple or wrong K through One 12 Career K through 4 Years of One 12 College Career

Here’s a new Brainpower base map Certiﬁcates Pre- K through 2 years Careers K 12 4 years $10.00 per hour Entry level Dependency Cycle Working poor

Old, rigid thinking produces too many people below the line. Certiﬁcates Pre- K through 2 years Careers K 12 4 years $10.00 per hour Entry level Dependency Cycle Working poor

Remember our starting point: Overcoming some potent myths from our Grandfather’s economy The Smart Ones The Not So Smart Ones

The world is far more complex...

If you drop out of high school, you are saying good-bye to about $300,000

If you get yourself into trouble with no high school diploma, you’re stuck

Once you get into trouble, even getting a low paying job is tough

If you do not have a career plan, chances are you’ll get a low wage job

If you do not get more education, you will become the working poor

Once you are in the working poor, you will have a tough time getting out

Nearly half of new job openings will be “middle skill” jobs

Large segments of the career cycle are ready for retirements

Commonly, employers under-invest in training

70%+ of jobs are above the line 60%-70% of students fall below

Here’s what the workforce system looks like Youth 14-18 On the Job and Customized Training Youth State Incumbent Council Worker Training Youth 19-21 Ex-Offenders One Stops Dislocated Adults 18+ ITA Vouchers Workers

entrepreneurship education P-20 councils career academies workplace certifications STEM education green collar certificate Project Lead the Way high school redesign dropout prevention New Tech High Communities in Schools cluster based initiatives work readiness certificates Work Keys

Resources you can use to start the conversation Two Million Minutes http://www.2mminutes.com/ Education in 08 http://www.edin08.com/

Purdue Guitar Summer Camp

New Tech High Rochester Fulton County, IN The 23,000 Indiana high school students in the Class of 2008 who did not graduate will cost Indiana $5.9 billion in potential lifetime earnings Rochester Schools Center for Excellence in Leadership of Learning University of Indianapolis New Tech High Foundation IndianaWIRED

Milwaukee 7 Water Council

Economic Development Source: Adapted from “Regions, Industries, and the University Role in Economic Development,” Richard K. Lester, NASULGC Annual Meeting, 2007 © 2008, Brian D. Thompson, UWM Research Foundation 57 10/6/08

Economic Development Economic Type IV Development Upgrading of Mature Continuum Type III Industry Diversification of Existing Industry Type II Transplanting Industries Type I Creating New Industries Source: Adapted from “Regions, Industries, and the University Role in Economic Development,” Richard K. Lester, NASULGC Annual Meeting, 2007 © 2008, Brian D. Thompson, UWM Research Foundation 57 10/6/08

Economic Development Economic Type IV Development Upgrading of Mature Continuum Type III Industry Diversification of Existing Industry Type II Transplanting Industries Type I Creating New Industries Education Discovery University Capabilities Commercialization Source: Adapted from “Regions, Industries, and the University Role in Economic Development,” Richard K. Lester, NASULGC Annual Meeting, 2007 © 2008, Brian D. Thompson, UWM Research Foundation 57 10/6/08

Economic Development Economic Type IV Development Upgrading of Mature Continuum Type III Industry Diversification of • BS/MS Existing Industry Engineers Type II • Educating Transplanting manpower Industries • Responsive Type I curricula Creating New Industries • PhD’s scientists Education Discovery University Capabilities Commercialization Source: Adapted from “Regions, Industries, and the University Role in Economic Development,” Richard K. Lester, NASULGC Annual Meeting, 2007 © 2008, Brian D. Thompson, UWM Research Foundation 57 10/6/08

Economic Development Economic Type IV Development Upgrading of Mature Continuum Type III Industry Diversification of • BS/MS Existing Industry Engineers Type II • Educating • Faculty Transplanting manpower consulting Industries • Responsive Type I curricula • Technical Creating New assistance Industries • PhD’s scientists • Cutting edge research Education Discovery University Capabilities Commercialization Source: Adapted from “Regions, Industries, and the University Role in Economic Development,” Richard K. Lester, NASULGC Annual Meeting, 2007 © 2008, Brian D. Thompson, UWM Research Foundation 57 10/6/08

Economic Development Economic Type IV Development Upgrading of Mature Continuum Type III Industry Diversification of • BS/MS Existing Industry Engineers Type II • Educating • Faculty Transplanting manpower consulting Industries • Responsive • Industry Type I curricula • Technical consortia Creating New assistance Industries • PhD’s scientists • Facilitating links • Cutting edge with startups research Education • Pro-active tech Discovery transfer University • Business Capabilities incubation Commercialization Source: Adapted from “Regions, Industries, and the University Role in Economic Development,” Richard K. Lester, NASULGC Annual Meeting, 2007 © 2008, Brian D. Thompson, UWM Research Foundation 57 10/6/08

Regional Corporate Partnering Healthcare Informatics Biochemistry & Drug Discovery Cell & Molecular Biology Neurosciences Environment UWM Medical Imaging Strengths Sensors & Devices Advanced Materials Computer Science & Manufacturing Informatics © 2008, Brian D. Thompson, UWM Research Foundation 58 10/6/08

Regional Corporate Partnering Regional Advanced Opportunities Manufacturing Biomedical Engineering Healthcare Healthcare Informatics Biochemistry & Drug Discovery Water/ Environment Cell & Molecular Biology Neurosciences Environment UWM Medical Imaging Strengths Sensors & Devices Advanced Materials Computer Science & Manufacturing Informatics © 2008, Brian D. Thompson, UWM Research Foundation 58 10/6/08

Regional Corporate Partnering Regional Advanced Opportunities Manufacturing Children’s Hospital Biomedical Johnson Engineering Rockwell Healthcare Controls Automation City of MCW Milwaukee Health Dept. Harley- Metal Aurora GE Healthcare Davidson Processing Health Care Industry Informatics Blood Center & Software MATC Healthcare Of Wisconsin Startups Informatics Early Stage & Startups Quad Graphics Biochemistry & Drug Discovery Water/ Red Prairie M7/GMC Environment Cell & Molecular MSOE Biology Procorp Neurosciences Veolia Enterprises Environment Pentair Badger UWM Medical Imaging Meter Strengths Sensors & Devices Advanced Materials Computer Science & Manufacturing Informatics © 2008, Brian D. Thompson, UWM Research Foundation 58 10/6/08

UWM Research Regional Advanced Opportunities Manufacturing Biomedical Engineering Healthcare Healthcare Informatics Biochemistry & Drug Discovery Water/ Environment Cell & Molecular Biology Neurosciences Environment UWM Medical Imaging Strengths Sensors & Devices Advanced Materials Computer Science & Manufacturing Informatics © 2008, Brian D. Thompson, UWM Research Foundation 59 10/6/08

UWM Research Regional Advanced Opportunities Manufacturing Biomedical Engineering Healthcare Healthcare Informatics Biochemistry & Drug Discovery Water/ Environment Cell & Molecular Biology Neurosciences Environment UWM Medical Imaging Strengths Sensors & Devices UWM Total Extramural Advanced Materials Research Awards $33 M Computer Science & Manufacturing Informatics © 2008, Brian D. Thompson, UWM Research Foundation 59 10/6/08

UWM Research Regional Advanced Opportunities Manufacturing Biomedical Engineering Healthcare Physics Healthcare $5 M Informatics Biochemistry & Drug Discovery Water/ Environment Cell & Molecular Biology Neurosciences Environment UWM Medical Imaging Strengths Sensors & Devices UWM Total Extramural Advanced Materials Research Awards $33 M Computer Science & Manufacturing Informatics © 2008, Brian D. Thompson, UWM Research Foundation 59 10/6/08

UWM Research Regional Advanced Opportunities Chem & Manufacturing Biochem $4 M Biomedical Engineering Healthcare Physics Healthcare $5 M Informatics Biochemistry & Drug Discovery Water/ Environment Cell & Molecular Biology Neurosciences Environment UWM Medical Imaging Strengths Sensors & Devices UWM Total Extramural Advanced Materials Research Awards $33 M Computer Science & Manufacturing Informatics © 2008, Brian D. Thompson, UWM Research Foundation 59 10/6/08

UWM Research Regional Advanced Opportunities Chem & Manufacturing Biochem $4 M Biomedical Engineering Healthcare Engr $2.8 M Physics Healthcare $5 M Informatics Biochemistry & Drug Discovery Water/ Environment Cell & Molecular Biology Neurosciences Environment UWM Medical Imaging Strengths Sensors & Devices UWM Total Extramural Advanced Materials Research Awards $33 M Computer Science & Manufacturing Informatics © 2008, Brian D. Thompson, UWM Research Foundation 59 10/6/08

UWM Research Regional Advanced Opportunities Chem & Manufacturing Biochem $4 M Biomedical Engineering Healthcare Engr $2.8 M Physics Healthcare Water $5 M Informatics Inst. Biochemistry & Drug $4 M Discovery Water/ Environment Cell & Molecular Biology Neurosciences Environment UWM Medical Imaging Strengths Sensors & Devices UWM Total Extramural Advanced Materials Research Awards $33 M Computer Science & Manufacturing Informatics © 2008, Brian D. Thompson, UWM Research Foundation 59 10/6/08

UWM Research Regional Advanced Opportunities Chem & Manufacturing Biochem $4 M Biomedical Engineering Healthcare Engr $2.8 M Psych $1.4 M Physics Healthcare Water $5 M Informatics Inst. Biochemistry & Drug $4 M Discovery Water/ Environment Cell & Molecular Biology Neurosciences Environment UWM Medical Imaging Strengths Sensors & Devices UWM Total Extramural Advanced Materials Research Awards $33 M Computer Science & Manufacturing Informatics © 2008, Brian D. Thompson, UWM Research Foundation 59 10/6/08

UWM Research Regional Advanced Nursing Opportunities $3 M Chem & Manufacturing Biochem $4 M Biomedical Engineering Healthcare Engr $2.8 M Psych $1.4 M Physics Healthcare Water $5 M Informatics Inst. Biochemistry & Drug $4 M Discovery Water/ Environment Cell & Molecular Biology Neurosciences Environment UWM Medical Imaging Strengths Sensors & Devices UWM Total Extramural Advanced Materials Research Awards $33 M Computer Science & Manufacturing Informatics © 2008, Brian D. Thompson, UWM Research Foundation 59 10/6/08

UWM Research Regional Advanced Nursing Opportunities $3 M Chem & Manufacturing Biochem $4 M Biomedical Engineering Healthcare Engr $2.8 M Psych Health $1.4 M Sciences $2.5 M Physics Healthcare Water $5 M Informatics Inst. Biochemistry & Drug $4 M Discovery Water/ Environment Cell & Molecular Biology Neurosciences Environment UWM Medical Imaging Strengths Sensors & Devices UWM Total Extramural Advanced Materials Research Awards $33 M Computer Science & Manufacturing Informatics © 2008, Brian D. Thompson, UWM Research Foundation 59 10/6/08

Water, Water, Water, … CH2MHILL Private Sector Public Sector Federal • Engineering services Joy Bucyrus Siemens GE UNDP Government DNR Veolia Great Lakes Water Advanced ITT MMSD • Water utilities • Water treatment equipment Chemical Systems M7/GMC Miller Coors • Ind. wastewater treatment City of • Intake quality, output quality Pentair Milwaukee • Energy consumption • Filtering & purification Thermo Fisher Procorp AquaSensors Scientific Water Council • Water reuse & softening Sanitarie • Phosphate & radium removal • Wastewater treatment design Municipalities Badger Meter Flygt • pumps • Water meters • Meter reading systems Fall River AO Smith • Water heaters Kohler • Faucets • Materials, coatings, plating • Casting technology © 2008, Brian D. Thompson, UWM Research Foundation 60 10/6/08

Water, Water, Water, … CH2MHILL Private Sector Public Sector Federal • Engineering services Joy Bucyrus Siemens GE UNDP Government DNR Veolia Great Lakes Water Advanced ITT MMSD • Water utilities • Water treatment equipment Chemical Systems M7/GMC Miller Coors • Ind. wastewater treatment City of • Intake quality, output quality Pentair Milwaukee • Energy consumption • Filtering & purification Thermo Fisher Procorp AquaSensors Scientific Water Council • Water reuse & softening Sanitarie • Phosphate & radium removal • Wastewater treatment design Municipalities Badger Meter Flygt • pumps • Water meters • Meter reading systems Fall River UW-Madison AO Smith • Water heaters Marquette Kohler • Faucets WATER Inst. • Materials, coatings, plating • Casting technology Chem & Biosci School of Freshwater Science UWM CEAS Physics Fluid Power MSOE Academic Institutions Rapid Proto Center © 2008, Brian D. Thompson, UWM Research Foundation 60 10/6/08

Water, Water, Water, … CH2MHILL Private Sector Public Sector Federal • Engineering services Joy Bucyrus Siemens GE UNDP Government DNR Veolia Great Lakes Water Advanced ITT MMSD • Water utilities • Water treatment equipment Chemical Systems M7/GMC Miller Coors • Ind. wastewater treatment City of • Intake quality, output quality Pentair Milwaukee • Energy consumption • Filtering & purification Thermo Fisher Procorp AquaSensors Scientific Water Council • Water reuse & softening Sanitarie • Phosphate & radium removal • Wastewater treatment design Municipalities Badger Meter Flygt • pumps • Water meters • Meter reading systems Fall River UW-Madison AO Smith • Water heaters Marquette Kohler • Faucets WATER Inst. • Materials, coatings, plating • Casting technology Chem & Biosci School of Freshwater Science UWM CEAS DOE Physics Fluid Power NSF Foundations MSOE Academic Institutions Rapid Proto Center NIH DoD Interior EPA Greater Milwaukee Foundation USDA World Bank NOAA/DOC International Partners Funding Agencies © 2008, Brian D. Thompson, UWM Research Foundation 60 10/6/08

Water, Water, Water, … CH2MHILL Private Sector Public Sector Federal • Engineering services Joy Bucyrus Siemens GE UNDP Government DNR Veolia Great Lakes Water Advanced ITT MMSD • Water utilities • Water treatment equipment Chemical Systems M7/GMC Miller Coors • Ind. wastewater treatment City of Utilities • Intake quality, output quality Pentair Milwaukee • Energy consumption • Filtering & purification Thermo Fisher Procorp AquaSensors Scientific Water Council Water User • Water reuse & softening Sanitarie • Phosphate & radium removal • Wastewater treatment design Municipalities Treatment/ Processing/ Badger Meter Flygt Softening Analysis/ • Water meters • pumps Measuring/ • Meter reading systems Control Pumps/ Valves/ Fall River UW-Madison Components AO Smith • Water heaters Marquette Consumer Products Kohler • Faucets WATER Inst. • Materials, coatings, plating • Casting technology Chem & Biosci School of Freshwater Science UWM CEAS DOE Physics Fluid Power NSF Foundations MSOE Academic Institutions Rapid Proto Center NIH DoD Interior EPA Greater Milwaukee Foundation USDA World Bank NOAA/DOC International Partners Funding Agencies © 2008, Brian D. Thompson, UWM Research Foundation 60 10/6/08

Water, Water, Water, … CH2MHILL Private Sector Public Sector Federal • Engineering services Joy Bucyrus Siemens GE UNDP Government DNR Veolia Great Lakes Water Advanced ITT MMSD • Water utilities • Water treatment equipment Chemical Systems M7/GMC Miller Coors • Ind. wastewater treatment City of Utilities • Intake quality, output quality Pentair Milwaukee • Energy consumption • Filtering & purification Opportunities Procorp AquaSensors Thermo Fisher Scientific Water Council Water User • Water reuse & softening Sanitarie • Phosphate & radium removal Environmental • Algae control (& exploitation) • Wastewater treatment design Municipalities • Removal of PCBs from lakes & rivers • Storm water containment, Treatment/ • Road salt Processing/ Badger Meter Flygt • Ship’s ballast – policy/enforcement • Aquaculture Energy/Efficiency Softening Analysis/ • pumps • Ethanol production efficiency • Water meters • Lake Michigan contamination • Policy issues – metering/incentives • Tar sands water treatment Measuring/ • Meter reading systems • Elimination of boiler scaling • Increasing brewing efficiency Control • Increased efficiency of water heating • Speeding treatment for large volumes Pumps/ Valves/ Fall River UW-Madison • Increasing treatment efficiency Components Processing/Treatment •Municipal wastewater treatment •Reverse Osmosis – Storm water treatment •Softening – Reduced use of chemicals •Industrial wastewater treatment •Ships ballast - treatment •Treatment targets AO Smith – Farm manure, food processing waste, metals – PCBs in sewer pieps • Water heaters – Utilizing sewer sludge – Desalinzation Marquette •Residential Water Treatment – Residential water treatment, home filtration – Residential Water softening without salt – Radium in ground water – Pharmaceuticals Consumer – Phosphate Products Monitoring/Detection • Water security Kohler • Real time monitoring • Faucets WATER Inst. • User detection systems • Real time sensing for life forms • Materials, coatings, plating • Casting technology • Pharmaceuticals Chem & Biosci School of Freshwater Science UWM CEAS DOE Physics Fluid Power NSF Foundations MSOE Academic Institutions Rapid Proto Center NIH DoD Interior EPA Greater Milwaukee Foundation USDA World Bank NOAA/DOC International Partners Funding Agencies © 2008, Brian D. Thompson, UWM Research Foundation 60 10/6/08

Water, Water, Water, … CH2MHILL Private Sector Public Sector Federal • Engineering services Joy Bucyrus Siemens GE UNDP Government DNR Veolia Great Lakes Water Advanced ITT MMSD • Water utilities • Water treatment equipment Chemical Systems M7/GMC Miller Coors • Ind. wastewater treatment City of Utilities • Intake quality, output quality Pentair Milwaukee • Energy consumption • Filtering & purification Opportunities Procorp AquaSensors Thermo Fisher Scientific Water Council Water User • Water reuse & softening Sanitarie • Phosphate & radium removal Environmental • Algae control (& exploitation) • Wastewater treatment design Municipalities • Removal of PCBs from lakes & rivers • Storm water containment, Treatment/ • Road salt Processing/ Badger Meter Flygt • Ship’s ballast – policy/enforcement • Aquaculture Energy/Efficiency Softening Analysis/ • pumps • Ethanol production efficiency • Water meters • Lake Michigan contamination • Policy issues – metering/incentives • Tar sands water treatment Measuring/ • Meter reading systems • Elimination of boiler scaling • Increasing brewing efficiency Control • Increased efficiency of water heating • Speeding treatment for large volumes Pumps/ Valves/ Fall River UW-Madison • Increasing treatment efficiency Components Bioscience Processing/Treatment •Municipal wastewater treatment •Reverse Osmosis – Storm water treatment •Softening Fluid Transport/ – Reduced use of chemicals •Industrial wastewater treatment •Ships ballast - treatment •Treatment targets AO Smith – Farm manure, food processing waste, metals – PCBs in sewer pieps Civil & Ind. Engr. – Utilizing sewer sludge – Desalinzation • Water heaters Marquette •Residential Water Treatment – Residential water treatment, home filtration – Radium in ground water – Pharmaceuticals Consumer Detection – Residential Water softening without salt – Phosphate Products Monitoring/Detection • Water security Kohler • Real time monitoring • Faucets WATER Inst. • User detection systems • Real time sensing for life forms • Materials, coatings, plating • Casting technology • Pharmaceuticals Chem & Biosci Materials School of Freshwater Science UWM CEAS DOE Physics Fluid Power NSF Foundations MSOE Academic Institutions Rapid Proto Center NIH DoD Interior EPA Greater Milwaukee Foundation USDA World Bank NOAA/DOC International Partners Funding Agencies © 2008, Brian D. Thompson, UWM Research Foundation 60 10/6/08

Water, Water, Water, … CH2MHILL Private Sector Public Sector Federal • Engineering services Joy Bucyrus Siemens GE UNDP Government DNR Veolia Great Lakes Water Advanced ITT MMSD • Water utilities • Water treatment equipment Chemical Systems M7/GMC Miller Coors • Ind. wastewater treatment City of Utilities • Intake quality, output quality Pentair Milwaukee • Energy consumption • Filtering & purification Opportunities Procorp AquaSensors Thermo Fisher Scientific Water Council Water User • Water reuse & softening Sanitarie • Phosphate & radium removal Environmental • Algae control (& exploitation) • Wastewater treatment design Municipalities • Removal of PCBs from lakes & rivers • Storm water containment, Treatment/ • Road salt Processing/ Badger Meter Flygt • Ship’s ballast – policy/enforcement • Aquaculture Energy/Efficiency Softening Analysis/ • pumps • Ethanol production efficiency • Water meters • Lake Michigan contamination • Policy issues – metering/incentives • Tar sands water treatment Measuring/ • Meter reading systems • Elimination of boiler scaling • Increasing brewing efficiency Control • Increased efficiency of water heating • Speeding treatment for large volumes Pumps/ Valves/ Fall River UW-Madison • Increasing treatment efficiency Components Bioscience Processing/Treatment •Municipal wastewater treatment •Reverse Osmosis – Storm water treatment •Softening Fluid Transport/ – Reduced use of chemicals •Industrial wastewater treatment •Ships ballast - treatment •Treatment targets AO Smith – Farm manure, food processing waste, metals – PCBs in sewer pieps Civil & Ind. Engr. – Utilizing sewer sludge – Desalinzation • Water heaters Marquette •Residential Water Treatment – Residential water treatment, home filtration – Radium in ground water – Pharmaceuticals Consumer Detection – Residential Water softening without salt – Phosphate Products Monitoring/Detection • Water security Kohler • Real time monitoring • Faucets WATER Inst. • User detection systems • Real time sensing for life forms • Materials, coatings, plating • Casting technology • Pharmaceuticals Chem & Biosci Materials School of Freshwater Science UWM CEAS DOE Physics Funds Fluid Power NSF Foundations MSOE Academic Institutions Rapid Proto Center NIH DoD Interior EPA Greater Milwaukee Foundation USDA World Bank NOAA/DOC International Partners Funding Agencies © 2008, Brian D. Thompson, UWM Research Foundation 60 10/6/08

Water, Water, Water, … CH2MHILL Private Sector Public Sector Federal • Engineering services Joy Bucyrus Siemens GE UNDP Government DNR Veolia Great Lakes Water Advanced ITT MMSD • Water utilities • Water treatment equipment Chemical Systems M7/GMC Miller Coors • Ind. wastewater treatment City of Utilities • Intake quality, output quality Pentair Milwaukee • Energy consumption • Filtering & purification Opportunities Procorp AquaSensors Thermo Fisher Scientific Water Council Water User • Water reuse & softening Sanitarie • Phosphate & radium removal Environmental • Algae control (& exploitation) • Wastewater treatment design Municipalities • Removal of PCBs from lakes & rivers • Storm water containment, Treatment/ • Road salt Processing/ Badger Meter Flygt • Ship’s ballast – policy/enforcement • Aquaculture Energy/Efficiency Softening Analysis/ • pumps • Ethanol production efficiency • Water meters • Lake Michigan contamination • Policy issues – metering/incentives • Tar sands water treatment Measuring/ • Meter reading systems • Elimination of boiler scaling • Increasing brewing efficiency Control • Increased efficiency of water heating • Speeding treatment for large volumes Pumps/ Valves/ Fall River UW-Madison • Increasing treatment efficiency Components Bioscience Processing/Treatment •Municipal wastewater treatment •Reverse Osmosis – Storm water treatment •Softening Fluid Transport/ – Reduced use of chemicals •Industrial wastewater treatment •Ships ballast - treatment •Treatment targets AO Smith – Farm manure, food processing waste, metals – PCBs in sewer pieps Civil & Ind. Engr. – Utilizing sewer sludge – Desalinzation • Water heaters Marquette •Residential Water Treatment – Residential water treatment, home filtration – Radium in ground water – Pharmaceuticals Consumer Detection – Residential Water softening without salt – Phosphate Products Monitoring/Detection • Water security Kohler • Real time monitoring • Faucets WATER Inst. • User detection systems • Real time sensing for life forms • Materials, coatings, plating • Casting technology • Pharmaceuticals Chem & Biosci Materials School of Freshwater Science UWM CEAS DOE Physics Funds Fluid Power NSF Foundations MSOE Academic Institutions Rapid Proto Center NIH DoD Interior EPA Greater Milwaukee Foundation USDA World Bank NOAA/DOC International Partners Funding Agencies © 2008, Brian D. Thompson, UWM Research Foundation 61 10/6/08

Water, Water, Water, … CH2MHILL Private Sector Public Sector Federal • Engineering services Joy Bucyrus Siemens GE UNDP Government DNR Veolia Great Lakes Water Advanced ITT MMSD • Water utilities • Water treatment equipment Chemical Systems M7/GMC Miller Coors • Ind. wastewater treatment City of Utilities • Intake quality, output quality Pentair Milwaukee • Energy consumption • Filtering & purification Opportunities Procorp AquaSensors Thermo Fisher Scientific Water Council Water User • Water reuse & softening Sanitarie • Phosphate & radium removal Environmental • Algae control (& exploitation) • Wastewater treatment design Municipalities • Removal of PCBs from lakes & rivers • Storm water containment, Treatment/ • Road salt Processing/ Badger Meter Flygt • Ship’s ballast – policy/enforcement • Aquaculture Energy/Efficiency Softening Analysis/ • pumps • Ethanol production efficiency • Water meters • Lake Michigan contamination • Policy issues – metering/incentives • Tar sands water treatment Measuring/ • Meter reading systems • Elimination of boiler scaling • Increasing brewing efficiency Control • Increased efficiency of water heating • Speeding treatment for large volumes Pumps/ Valves/ Fall River UW-Madison • Increasing treatment efficiency Components Bioscience Processing/Treatment • Carmen Aguilar – microbiology •Municipal wastewater treatment •Reverse Osmosis • David Petering –metal metabolism – Storm water treatment •Softening AO Smith • Val Klump – Reduced use of chemicals •Ships ballast - treatment • Tim Ehlinger – aquatic systems Fluid Transport/ •Industrial wastewater treatment – Farm manure, food processing waste, metals •Treatment targets – PCBs in sewer pieps Civil & Ind. Engr. • Burlage – PCR environmental • Water heaters test – Utilizing sewer sludge – Desalinzation Marquette • Shangping Xu – safe drinking water • • Li, Jin – pollutant transport modeling Bravo, Hector – hydraulic modeling •Residential Water Treatment – Residential water treatment, home filtration – Radium in ground water – Pharmaceuticals Consumer • Christensen, Erik – pollutants in water Detection – Residential Water softening without salt – Phosphate • • • Amano, Ryoichi - CFD Pillia, Krisna – porous media modeling Kevin Renken- mass transfer • Joe Aldstadt – analytical methods Products • Sobolvev – biproducts utilization • Peter Geissinger – detection Monitoring/Detection • Doug Cherkauer – groundwater hydrology • Alan Schwabacher– pharmaceuticals in water • Jim Waples – water aging • Water security Kohler • Tom Consi – aquatic robots • Real time monitoring • Faucets WATER Inst. • Tom Grundle - harbors • Chen, Junhong – nano materials, sensors • User detection systems • Real time sensing for life forms • Materials, coatings, plating • Casting technology • Pharmaceuticals Chem & Biosci Materials • Rohatgi, Pradeep – adv. castings, lightweight, lead-free • Aita, Carolyn – advanced coatings School of Freshwater UWM • Gong, Sarah – polymer materials Science CEAS DOE Physics Funds Fluid Power NSF Foundations MSOE Academic Institutions Rapid Proto Center NIH DoD Interior EPA Greater Milwaukee Foundation USDA World Bank NOAA/DOC International Partners Funding Agencies © 2008, Brian D. Thompson, UWM Research Foundation 61 10/6/08

Water, Water, Water, … CH2MHILL Private Sector Public Sector Federal • Engineering services Joy Bucyrus Siemens GE UNDP Government DNR Veolia Great Lakes Water Advanced ITT MMSD • Water utilities • Water treatment equipment Chemical Systems M7/GMC Miller Coors • Ind. wastewater treatment City of Utilities • Intake quality, output quality Pentair Milwaukee • Energy consumption • Filtering & purification Opportunities Procorp AquaSensors Thermo Fisher Scientific Water Council Water User • Water reuse & softening Sanitarie • Phosphate & radium removal Environmental • Algae control (& exploitation) • Wastewater treatment design Municipalities • Removal of PCBs from lakes & rivers • Storm water containment, Treatment/ • Road salt Processing/ Badger Meter Flygt • Ship’s ballast – policy/enforcement • Aquaculture Energy/Efficiency Softening Analysis/ • pumps • Ethanol production efficiency • Water meters • Lake Michigan contamination • Policy issues – metering/incentives • Tar sands water treatment Measuring/ • Meter reading systems • Elimination of boiler scaling • Increasing brewing efficiency Control • Increased efficiency of water heating • Speeding treatment for large volumes Pumps/ Valves/ Fall River UW-Madison • Increasing treatment efficiency Components Bioscience Processing/Treatment • Carmen Aguilar – microbiology •Municipal wastewater treatment •Reverse Osmosis • David Petering –metal metabolism – Storm water treatment •Softening AO Smith • Val Klump – Reduced use of chemicals •Ships ballast - treatment • Tim Ehlinger – aquatic systems Fluid Transport/ •Industrial wastewater treatment – Farm manure, food processing waste, metals •Treatment targets – PCBs in sewer pieps Civil & Ind. Engr. • Burlage – PCR environmental • Water heaters test – Utilizing sewer sludge – Desalinzation Marquette • Shangping Xu – safe drinking water • • Li, Jin – pollutant transport modeling Bravo, Hector – hydraulic modeling •Residential Water Treatment – Residential water treatment, home filtration – Radium in ground water – Pharmaceuticals Consumer • Christensen, Erik – pollutants in water Detection – Residential Water softening without salt – Phosphate • • • Amano, Ryoichi - CFD Pillia, Krisna – porous media modeling Kevin Renken- mass transfer • Joe Aldstadt – analytical methods Products • Sobolvev – biproducts utilization • Peter Geissinger – detection Monitoring/Detection • Doug Cherkauer – groundwater hydrology • Alan Schwabacher– pharmaceuticals in water • Jim Waples – water aging • Water security Kohler • Tom Consi – aquatic robots • Real time monitoring • Faucets WATER Inst. • Tom Grundle - harbors • Chen, Junhong – nano materials, sensors • User detection systems • Real time sensing for life forms • Materials, coatings, plating • Casting technology • Pharmaceuticals Chem & Biosci Materials • Rohatgi, Pradeep – adv. castings, lightweight, lead-free • Aita, Carolyn – advanced coatings School of Freshwater UWM • Gong, Sarah – polymer materials Science CEAS DOE Physics Funds Fluid Power NSF Foundations MSOE Academic Institutions Rapid Proto Center NIH DoD Interior Partnerships • Sponsored Research Proj. • Shared equipment • Graduates Cluster Effects EPA Greater • Workforce training Milwaukee • Subcontractor/supplier • Extramural grant support • Shared resources/equipment • Collaborative grants Foundation USDA World Bank • Improved competitiveness • Philanthropic support • Translational science NOAA/DOC International Partners Funding Agencies © 2008, Brian D. Thompson, UWM Research Foundation 61 10/6/08

Finding New Pathways: Building the Habits to Collaborate Brainpower Innovation 21 Century Talent Entrepreneurship Networks Civic Collaboration Quality, Connected Branding Places Experiences

Our Grandfather’s Our Grandchildren’s Economy Economy Reinforce hierarchies Develop networks Command Collaborate Control Align Withhold information Share information Protect boundaries Strengthen cores

New regional leaders will take a new (old) view of leadership If your actions inspire others to dream more, learn more, do more and become more, you are a leader. John Quincy Adams

New regional leaders will move their thinking from hierarchies to networks

New regional leaders will overcome the “power” of the invisible fence

New regional leaders will practice “thinking together” Civic forums provide the venue to deﬁne new opportunities and practice new civic behaviors Source: Nead Brand Partners 69

New regional leaders will understand the power of networks Knowledge Person; Hub Boundary Spanner Information Broker Knowledge Person Knowledge Person; Hub; Inﬂuencer Peripheral Person

New regional leaders will build civility as a strategic asset

New regional leaders will leverage the Internet missouriopen.net

New regional leaders will take the “Shanghai perspective” in all they do Our View Their View

Finding New Pathways: Entreprenuership and Innovation Networks Brainpower Innovation 21 Century Talent Entrepreneurship Networks Civic Collaboration Quality, Connected Branding Places Experiences

Open innovation networks move us to the Second Curve Prosperity Time Anchor Stage 1 Stage 2 Stage 3 Stage 4 Clusters typically Supporting networks Networks continue Cluster continues to start from a begin to form with to form evolve with split-offs seed investment public and private by attracting and outside in a shared support ﬁrms and brainpower investment platform 5 to 20 years

http://youreconomy.org

http://statsamerica.org/innovation

http://egeconomies.net

Civic Process 0 5 10 Meetings happen but Collaborative networks nothing gets done form easily Hidden agendas distort Civic entrepreneurs are deliberations supported Political manipulations Attitudes of learning replace dialogue dominate Small power groups seek Diverse viewpoints are to dominate welcomed

Civic Leadership 0 5 10 Focuses on personal Inspires and energizes agendas participation Hides relevant information Committed to honesty Seeks to control agendas Actions are consistent with words Unable to collaborate effectively Demonstrates fairness and compassion

We need a new set of maps and tools to help us ﬁnd pathways to our Grandchildren’s economy

Strategic Doing balances participation and direction High Civic Participation Low Low High Leadership Direction

Strategic Doing balances participation and direction High Civic Participation Apathy Low Low High Leadership Direction

Strategic Doing balances participation and direction High Process Paralysis Civic Participation Apathy Low Low High Leadership Direction

Strategic Doing balances participation and direction High Process Paralysis Civic Participation Back Room Apathy Politics Low Low High Leadership Direction

Strategic Doing balances participation and direction High Open Source Process Economic Paralysis Development Civic Participation Back Room Apathy Politics Low Low High Leadership Direction

Strategic doing involves open participation and leadership direction

Strategic Doing in a nutshell

Remember, we need to shift our thinking

The civic space is fragmented and confusing The Civic Space Source: Ed Morrison

People move in the direction of their conversations

Strategic Doing requires focus and discipline Develop ideas about what we can do together Explore Evaluations Insights Execute and Choose measure Execute Focus what to results do Action Plans Initiatives Align Identify and align resources to specific initiatives

Grandfather’s Economy Grandchildren’s economy Hierarchies Networks Command and control Link and leverage Vertically integrate Horizontally connect Strategic Planning Strategic Doing Transactions Relationships

http://pcrd.purdue.edu

Thank you! Now the fun begins... Purdue Center for Regional Development www.purdue.edu/pcrd edmorrison@purdue.edu

Idaho Governors Summit Nov 19 Web

by Ed Morrison on Nov 19, 2008

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