idaho governors summit nov 19 web
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An Introduction to Open Source
Workforce DevelopmentThriving on the New Economic and Workforce
Development Frontier
November 19-20 , 2008
Ed MorrisonPurdue Center for Regional Development
I-Open
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
Critical tasks for today...and every week hereafter
• 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 networksthat help you get stuff done
Focus first on our personal networksthat help you get stuff done
Name three people with whom you collaborate regularly
Focus first on our personal networksthat 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 networksthat 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
Me
John M
Jan H
Beth L
BillJ
Now start drawing your personal network
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
Social Network Mapof the
Southwest Regional Leadership ForumUniversity of Evansville
March 17, 2006
Presented by the Indiana Humaniteis Council
Which region is stronger?
Social Network Mapof the
Southwest Regional Leadership ForumUniversity of Evansville
March 17, 2006
Presented by the Indiana Humaniteis Council
Which region is stronger?
• 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
1
Rest of the
World
Traded
Businesses
Local Businesses
Purchases and paychecks
Your economy
Another
region
Brain Drain and
Purchases
Sales
3
2
1
2
3
Good Money: Increase the volume of
income into the region with competitive
traded businesses
Neutral Money: Increase the velocity
of money circulating in the region with
local businesses to create more jobs
Bad Money: Reduce income leaks
by reducing outside purchases,
workers who move out, and
students who drop out
Economic Development in an Nutshell
Source: Ed Morrison, David Morganthaler
DependencyDrop Outs
1
Rest of the
World
Traded
Businesses
Local Businesses
Purchases and paychecks
Your economy
Another
region
Brain Drain and
Purchases
Sales
3
2
1
2
3
Good Money: Increase the volume of
income into the region with competitive
traded businesses
Neutral Money: Increase the velocity
of money circulating in the region with
local businesses to create more jobs
Bad Money: Reduce income leaks
by reducing outside purchases,
workers who move out, and
students who drop out
Economic Development in an Nutshell
Source: Ed Morrison, David Morganthaler
DependencyDrop Outs
1
Rest of the
World
Traded
Businesses
Local Businesses
Purchases and paychecks
Your economy
Another
region
Brain Drain and
Purchases
Sales
3
2
1
2
3
Good Money: Increase the volume of
income into the region with competitive
traded businesses
Neutral Money: Increase the velocity
of money circulating in the region with
local businesses to create more jobs
Bad Money: Reduce income leaks
by reducing outside purchases,
workers who move out, and
students who drop out
Economic Development in an Nutshell
Source: Ed Morrison, David Morganthaler
DependencyDrop Outs
1
Rest of the
World
Traded
Businesses
Local Businesses
Purchases and paychecks
Your economy
Another
region
Brain Drain and
Purchases
Sales
3
2
1
2
3
Good Money: Increase the volume of
income into the region with competitive
traded businesses
Neutral Money: Increase the velocity
of money circulating in the region with
local businesses to create more jobs
Bad Money: Reduce income leaks
by reducing outside purchases,
workers who move out, and
students who drop out
Economic Development in an Nutshell
Source: Ed Morrison, David Morganthaler
DependencyDrop Outs
Strap on your goggles...
Our story begins with the emergence of our Grandfather’s economy
Our story begins with innovationin our Grandfather’s Economy
Coal Dumper, shores of Lake Erie, 1897
13
Our grandfather’s economy created a lot of wealth
13
Our grandfather’s economy created a lot of wealth
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
Collapsing costs undercut our Grandfather’s economy
Collapsing costs undercut our Grandfather’s economy
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
Time
Prosperity
We are here
Our Grandchildren’s Economy: A New S-Curve is Emerging
Our Grandchildren’s economy is emerging with wealth created by networks...
Time
Prosperity
Grandfather's economy:
Wealth driven
by vertical business models
Granchildren's economy: Wealth
driven by network business
models
We are here
Our Challenge: Find pathways to our Grandchildren’s economy...
Linking and leveraging our assets
Source: Ed Morrison
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)
Economies: Networks embedded in other networks
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 mapfor our Grandchildren’s economy
Innovation: the “engine of change” behind Open Source Economic Development
• 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
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
Critical tasks for today...and every week hereafter
• 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
We need a new base mapfor our Grandchildren’s economy
Strategies involve linking and
leveraging assets in five
“asset networks”:
1.Brainpower2.Innovation3.Quality places4.Branding5.Civic Collaboration
Finding the New Pathways:Workforce Leadership in the Age of Networks
Brainpower21 Century Talent
InnovationEntrepreneurship
Networks
BrandingExperiences
Quality, Connected
Places
CivicCollaboration
Finding the New Pathways:Workforce Leadership in the Age of Networks
Brainpower21 Century Talent
InnovationEntrepreneurship
Networks
BrandingExperiences
Quality, Connected
Places
CivicCollaboration
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
12
4 Years of
College
One
Career
K through
12
One
Career
Our Starting Point: Our Grandfather’s pathways are too rigid, too simple or wrong
K through
12
4 Years of
College
One
Career
K through
12
One
Career
Here’s a new Brainpower base map
K through
12
Dependency
Cycle
Careers
Working
poor
$10.00per hour
2 years
Certificates
4 years
Pre-
K
Entry
level
Old, rigid thinking produces too many people below the line.
K through
12
Dependency
Cycle
Careers
Working
poor
$10.00per hour
2 years
Certificates
4 years
Pre-
K
Entry
level
Old, rigid thinking produces too many people below the line.
K through
12
Dependency
Cycle
Careers
Working
poor
$10.00per hour
2 years
Certificates
4 years
Pre-
K
Entry
level
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 line60%-70% of students fall below
Youth 14-18
Adults 18+DislocatedWorkers
On the Job and Customized Training
Youth 19-21
Youth Council
Ex-OffendersOne Stops
ITA Vouchers
State IncumbentWorker Training
Here’s what the workforce system looks like
career academies
P-20 councils
STEM educationProject Lead the Way
workplace certifications green collar certificate
dropout prevention Communities in Schools
entrepreneurship education
high school redesignNew Tech High
work readiness certificates
Work Keys
cluster based initiatives
Resources you can use to start the conversation
Two Million Minuteshttp://www.2mminutes.com/
Education in 08http://www.edin08.com/
• 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
Purdue Guitar Summer Camp
New Tech HighRochester
Fulton County, IN
Rochester Schools
Center for Excellence in Leadership of Learning
University of Indianapolis
IndianaWIRED
New Tech High Foundation
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
Milwaukee 7 Water Council
Milwaukee 7 Water Council
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0857
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 10/6/0857
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 10/6/0857
Economic Development
Type ICreating New
Industries
Type IITransplanting
Industries
Type IIIDiversification of Existing Industry
Type IVUpgrading of Mature
Industry
Economic DevelopmentContinuum
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 10/6/0857
Economic Development
Type ICreating New
Industries
Type IITransplanting
Industries
Type IIIDiversification of Existing Industry
Type IVUpgrading of Mature
Industry
Education
Discovery
Commercialization
Economic DevelopmentContinuum
University Capabilities
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 10/6/0857
Economic Development
Type ICreating New
Industries
Type IITransplanting
Industries
Type IIIDiversification of Existing Industry
Type IVUpgrading of Mature
Industry
Education
Discovery
Commercialization
Economic DevelopmentContinuum
University Capabilities
• PhD’s scientists
• BS/MS Engineers
• Educating manpower
• Responsive curricula
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 10/6/0857
Economic Development
Type ICreating New
Industries
Type IITransplanting
Industries
Type IIIDiversification of Existing Industry
Type IVUpgrading of Mature
Industry
Education
Discovery
Commercialization
Economic DevelopmentContinuum
University Capabilities
• PhD’s scientists
• BS/MS Engineers
• Faculty consulting
• Educating manpower
• Responsive curricula • Technical
assistance
• Cutting edge research
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 10/6/0857
Economic Development
Type ICreating New
Industries
Type IITransplanting
Industries
Type IIIDiversification of Existing Industry
Type IVUpgrading of Mature
Industry
Education
Discovery
Commercialization
Economic DevelopmentContinuum
University Capabilities
• PhD’s scientists
• BS/MS Engineers
• Industry consortia
• Faculty consulting
• Educating manpower
• Responsive curricula • Technical
assistance
• Facilitating links with startups • Cutting edge
research
• Pro-active tech transfer
• Business incubation
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 10/6/0858
Regional Corporate Partnering
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0858
Regional Corporate Partnering
Medical Imaging
Computer Science &Manufacturing Informatics
Neurosciences
Cell & Molecular Biology
Advanced Materials
Biochemistry & Drug Discovery
Healthcare Informatics
Environment
Sensors & Devices
UWMStrengths
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0858
Regional Corporate Partnering
Medical Imaging
Computer Science &Manufacturing Informatics
Neurosciences
Cell & Molecular Biology
Advanced Materials
Biochemistry & Drug Discovery
Healthcare Informatics
Environment
Sensors & Devices
UWMStrengths
Water/ Environment
HealthcareBiomedicalEngineering
Advanced ManufacturingRegional
Opportunities
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0858
Regional Corporate Partnering
Medical Imaging
Computer Science &Manufacturing Informatics
Neurosciences
Cell & Molecular Biology
Advanced Materials
Biochemistry & Drug Discovery
Healthcare Informatics
Environment
Sensors & Devices
UWMStrengths
Water/ Environment
HealthcareBiomedicalEngineering
Advanced Manufacturing
AuroraHealth Care
City ofMilwaukee
Health Dept.
Informatics & Software
StartupsBlood CenterOf Wisconsin
RockwellAutomation
JohnsonControls
Harley-Davidson
MATC
Quad Graphics
MSOE
Metal Processing
Industry
Red Prairie
GE HealthcareMCW
Children’sHospital
Early Stage& Startups
Regional Opportunities
Veolia
BadgerMeter
M7/GMC
ProcorpEnterprises
Pentair
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0859
UWM Research
Medical Imaging
Computer Science &Manufacturing Informatics
Neurosciences
Cell & Molecular Biology
Advanced Materials
Biochemistry & Drug Discovery
Healthcare Informatics
Environment
Sensors & Devices
UWMStrengths
Water/ Environment
HealthcareBiomedicalEngineering
Advanced ManufacturingRegional
Opportunities
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0859
UWM Research
Medical Imaging
Computer Science &Manufacturing Informatics
Neurosciences
Cell & Molecular Biology
Advanced Materials
Biochemistry & Drug Discovery
Healthcare Informatics
Environment
Sensors & Devices
UWMStrengths
Water/ Environment
HealthcareBiomedicalEngineering
Advanced ManufacturingRegional
Opportunities
UWM Total Extramural Research Awards
$33 M
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0859
UWM Research
Medical Imaging
Computer Science &Manufacturing Informatics
Neurosciences
Cell & Molecular Biology
Advanced Materials
Biochemistry & Drug Discovery
Healthcare Informatics
Environment
Sensors & Devices
UWMStrengths
Water/ Environment
HealthcareBiomedicalEngineering
Advanced ManufacturingRegional
Opportunities
UWM Total Extramural Research Awards
$33 M
Physics$5 M
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0859
UWM Research
Medical Imaging
Computer Science &Manufacturing Informatics
Neurosciences
Cell & Molecular Biology
Advanced Materials
Biochemistry & Drug Discovery
Healthcare Informatics
Environment
Sensors & Devices
UWMStrengths
Water/ Environment
HealthcareBiomedicalEngineering
Advanced ManufacturingRegional
Opportunities
UWM Total Extramural Research Awards
$33 M
Chem & Biochem
$4 M
Physics$5 M
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0859
UWM Research
Medical Imaging
Computer Science &Manufacturing Informatics
Neurosciences
Cell & Molecular Biology
Advanced Materials
Biochemistry & Drug Discovery
Healthcare Informatics
Environment
Sensors & Devices
UWMStrengths
Water/ Environment
HealthcareBiomedicalEngineering
Advanced ManufacturingRegional
Opportunities
UWM Total Extramural Research Awards
$33 M
Engr$2.8 M
Chem & Biochem
$4 M
Physics$5 M
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0859
UWM Research
Medical Imaging
Computer Science &Manufacturing Informatics
Neurosciences
Cell & Molecular Biology
Advanced Materials
Biochemistry & Drug Discovery
Healthcare Informatics
Environment
Sensors & Devices
UWMStrengths
Water/ Environment
HealthcareBiomedicalEngineering
Advanced ManufacturingRegional
Opportunities
UWM Total Extramural Research Awards
$33 M
Engr$2.8 M
Chem & Biochem
$4 M
WaterInst.$4 M
Physics$5 M
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0859
UWM Research
Medical Imaging
Computer Science &Manufacturing Informatics
Neurosciences
Cell & Molecular Biology
Advanced Materials
Biochemistry & Drug Discovery
Healthcare Informatics
Environment
Sensors & Devices
UWMStrengths
Water/ Environment
HealthcareBiomedicalEngineering
Advanced ManufacturingRegional
Opportunities
UWM Total Extramural Research Awards
$33 M
Engr$2.8 MPsych
$1.4 M
Chem & Biochem
$4 M
WaterInst.$4 M
Physics$5 M
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0859
UWM Research
Medical Imaging
Computer Science &Manufacturing Informatics
Neurosciences
Cell & Molecular Biology
Advanced Materials
Biochemistry & Drug Discovery
Healthcare Informatics
Environment
Sensors & Devices
UWMStrengths
Water/ Environment
HealthcareBiomedicalEngineering
Advanced ManufacturingRegional
Opportunities
UWM Total Extramural Research Awards
$33 M
Engr$2.8 M
Nursing$3 M
Psych$1.4 M
Chem & Biochem
$4 M
WaterInst.$4 M
Physics$5 M
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0859
UWM Research
Medical Imaging
Computer Science &Manufacturing Informatics
Neurosciences
Cell & Molecular Biology
Advanced Materials
Biochemistry & Drug Discovery
Healthcare Informatics
Environment
Sensors & Devices
UWMStrengths
Water/ Environment
HealthcareBiomedicalEngineering
Advanced ManufacturingRegional
Opportunities
UWM Total Extramural Research Awards
$33 M
Engr$2.8 M
Nursing$3 M
HealthSciences$2.5 M
Psych$1.4 M
Chem & Biochem
$4 M
WaterInst.$4 M
Physics$5 M
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0860
Water, Water, Water, …
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0860
Water, Water, Water, …
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0860
Public Sector
Water, Water, Water, …
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0860
Public Sector
Water, Water, Water, …
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0860
Private SectorPublic Sector
Water, Water, Water, …
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0860
Academic Institutions
Private SectorPublic Sector
Water, Water, Water, …
UWM
Marquette
UW-Madison
WATER Inst.Chem & Biosci
School of Freshwater Science
CEASPhysics
MSOEFluid Power
Rapid Proto Center
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0860Funding Agencies
Academic Institutions
Private SectorPublic Sector
Water, Water, Water, …
DOE
EPA
NSF
USDA
DoD
NOAA/DOC
Interior
World Bank
Foundations
InternationalPartners
NIHGreater
MilwaukeeFoundation
UWM
Marquette
UW-Madison
WATER Inst.Chem & Biosci
School of Freshwater Science
CEASPhysics
MSOEFluid Power
Rapid Proto Center
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0860
Pumps/ Valves/ Components
Analysis/ Measuring/
Control
Water User
Consumer Products
Treatment/ Processing/ Softening
Utilities
Funding Agencies
Academic Institutions
Private SectorPublic Sector
Water, Water, Water, …
DOE
EPA
NSF
USDA
DoD
NOAA/DOC
Interior
World Bank
Foundations
InternationalPartners
NIHGreater
MilwaukeeFoundation
UWM
Marquette
UW-Madison
WATER Inst.Chem & Biosci
School of Freshwater Science
CEASPhysics
MSOEFluid Power
Rapid Proto Center
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0860
Pumps/ Valves/ Components
Analysis/ Measuring/
Control
Water User
Consumer Products
Treatment/ Processing/ Softening
Utilities
Funding Agencies
Academic Institutions
Private SectorPublic Sector
Water, Water, Water, …
DOE
EPA
NSF
USDA
DoD
NOAA/DOC
Interior
World Bank
Foundations
InternationalPartners
NIHGreater
MilwaukeeFoundation
UWM
Marquette
UW-Madison
WATER Inst.Chem & Biosci
School of Freshwater Science
CEASPhysics
MSOEFluid Power
Rapid Proto Center
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
OpportunitiesEnvironmental
• Algae control (& exploitation)• Removal of PCBs from lakes & rivers• Storm water containment, • Road salt• Ship’s ballast – policy/enforcement• Aquaculture• Lake Michigan contamination• Policy issues – metering/incentives
Energy/Efficiency• Ethanol production efficiency• Tar sands water treatment• Elimination of boiler scaling• Increasing brewing efficiency• Increased efficiency of water heating• Speeding treatment for large volumes• Increasing treatment efficiency
Processing/Treatment•Municipal wastewater treatment
– Storm water treatment– Reduced use of chemicals
•Industrial wastewater treatment– Farm manure, food processing waste, metals– Utilizing sewer sludge
•Residential Water Treatment– Residential water treatment, home filtration– Residential Water softening without salt
•Reverse Osmosis•Softening•Ships ballast - treatment•Treatment targets
– PCBs in sewer pieps– Desalinzation– Radium in ground water– Pharmaceuticals– Phosphate
Monitoring/Detection• Water security• Real time monitoring • User detection systems• Real time sensing for life forms• Pharmaceuticals
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0860
Fluid Transport/ Civil & Ind. Engr.
Detection
Materials
Bioscience
Pumps/ Valves/ Components
Analysis/ Measuring/
Control
Water User
Consumer Products
Treatment/ Processing/ Softening
Utilities
Funding Agencies
Academic Institutions
Private SectorPublic Sector
Water, Water, Water, …
DOE
EPA
NSF
USDA
DoD
NOAA/DOC
Interior
World Bank
Foundations
InternationalPartners
NIHGreater
MilwaukeeFoundation
UWM
Marquette
UW-Madison
WATER Inst.Chem & Biosci
School of Freshwater Science
CEASPhysics
MSOEFluid Power
Rapid Proto Center
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
OpportunitiesEnvironmental
• Algae control (& exploitation)• Removal of PCBs from lakes & rivers• Storm water containment, • Road salt• Ship’s ballast – policy/enforcement• Aquaculture• Lake Michigan contamination• Policy issues – metering/incentives
Energy/Efficiency• Ethanol production efficiency• Tar sands water treatment• Elimination of boiler scaling• Increasing brewing efficiency• Increased efficiency of water heating• Speeding treatment for large volumes• Increasing treatment efficiency
Processing/Treatment•Municipal wastewater treatment
– Storm water treatment– Reduced use of chemicals
•Industrial wastewater treatment– Farm manure, food processing waste, metals– Utilizing sewer sludge
•Residential Water Treatment– Residential water treatment, home filtration– Residential Water softening without salt
•Reverse Osmosis•Softening•Ships ballast - treatment•Treatment targets
– PCBs in sewer pieps– Desalinzation– Radium in ground water– Pharmaceuticals– Phosphate
Monitoring/Detection• Water security• Real time monitoring • User detection systems• Real time sensing for life forms• Pharmaceuticals
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0860
Fluid Transport/ Civil & Ind. Engr.
Detection
Materials
Bioscience
Pumps/ Valves/ Components
Analysis/ Measuring/
Control
Water User
Consumer Products
Treatment/ Processing/ Softening
Utilities
Funding Agencies
Academic Institutions
Private SectorPublic Sector
Water, Water, Water, …
DOE
EPA
NSF
USDA
DoD
NOAA/DOC
Interior
World Bank
Foundations
InternationalPartners
NIHGreater
MilwaukeeFoundation
UWM
Marquette
UW-Madison
WATER Inst.Chem & Biosci
School of Freshwater Science
CEASPhysics
MSOEFluid Power
Rapid Proto Center
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
OpportunitiesEnvironmental
• Algae control (& exploitation)• Removal of PCBs from lakes & rivers• Storm water containment, • Road salt• Ship’s ballast – policy/enforcement• Aquaculture• Lake Michigan contamination• Policy issues – metering/incentives
Energy/Efficiency• Ethanol production efficiency• Tar sands water treatment• Elimination of boiler scaling• Increasing brewing efficiency• Increased efficiency of water heating• Speeding treatment for large volumes• Increasing treatment efficiency
Processing/Treatment•Municipal wastewater treatment
– Storm water treatment– Reduced use of chemicals
•Industrial wastewater treatment– Farm manure, food processing waste, metals– Utilizing sewer sludge
•Residential Water Treatment– Residential water treatment, home filtration– Residential Water softening without salt
•Reverse Osmosis•Softening•Ships ballast - treatment•Treatment targets
– PCBs in sewer pieps– Desalinzation– Radium in ground water– Pharmaceuticals– Phosphate
Monitoring/Detection• Water security• Real time monitoring • User detection systems• Real time sensing for life forms• Pharmaceuticals
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0860
Funds
Fluid Transport/ Civil & Ind. Engr.
Detection
Materials
Bioscience
Pumps/ Valves/ Components
Analysis/ Measuring/
Control
Water User
Consumer Products
Treatment/ Processing/ Softening
Utilities
Funding Agencies
Academic Institutions
Private SectorPublic Sector
Water, Water, Water, …
DOE
EPA
NSF
USDA
DoD
NOAA/DOC
Interior
World Bank
Foundations
InternationalPartners
NIHGreater
MilwaukeeFoundation
UWM
Marquette
UW-Madison
WATER Inst.Chem & Biosci
School of Freshwater Science
CEASPhysics
MSOEFluid Power
Rapid Proto Center
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
OpportunitiesEnvironmental
• Algae control (& exploitation)• Removal of PCBs from lakes & rivers• Storm water containment, • Road salt• Ship’s ballast – policy/enforcement• Aquaculture• Lake Michigan contamination• Policy issues – metering/incentives
Energy/Efficiency• Ethanol production efficiency• Tar sands water treatment• Elimination of boiler scaling• Increasing brewing efficiency• Increased efficiency of water heating• Speeding treatment for large volumes• Increasing treatment efficiency
Processing/Treatment•Municipal wastewater treatment
– Storm water treatment– Reduced use of chemicals
•Industrial wastewater treatment– Farm manure, food processing waste, metals– Utilizing sewer sludge
•Residential Water Treatment– Residential water treatment, home filtration– Residential Water softening without salt
•Reverse Osmosis•Softening•Ships ballast - treatment•Treatment targets
– PCBs in sewer pieps– Desalinzation– Radium in ground water– Pharmaceuticals– Phosphate
Monitoring/Detection• Water security• Real time monitoring • User detection systems• Real time sensing for life forms• Pharmaceuticals
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0861
Funds
Fluid Transport/ Civil & Ind. Engr.
Detection
Materials
Bioscience
Pumps/ Valves/ Components
Analysis/ Measuring/
Control
Water User
Consumer Products
Treatment/ Processing/ Softening
Utilities
Funding Agencies
Academic Institutions
Private SectorPublic Sector
Water, Water, Water, …
DOE
EPA
NSF
USDA
DoD
NOAA/DOC
Interior
World Bank
Foundations
InternationalPartners
NIHGreater
MilwaukeeFoundation
UWM
Marquette
UW-Madison
WATER Inst.Chem & Biosci
School of Freshwater Science
CEASPhysics
MSOEFluid Power
Rapid Proto Center
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
OpportunitiesEnvironmental
• Algae control (& exploitation)• Removal of PCBs from lakes & rivers• Storm water containment, • Road salt• Ship’s ballast – policy/enforcement• Aquaculture• Lake Michigan contamination• Policy issues – metering/incentives
Energy/Efficiency• Ethanol production efficiency• Tar sands water treatment• Elimination of boiler scaling• Increasing brewing efficiency• Increased efficiency of water heating• Speeding treatment for large volumes• Increasing treatment efficiency
Processing/Treatment•Municipal wastewater treatment
– Storm water treatment– Reduced use of chemicals
•Industrial wastewater treatment– Farm manure, food processing waste, metals– Utilizing sewer sludge
•Residential Water Treatment– Residential water treatment, home filtration– Residential Water softening without salt
•Reverse Osmosis•Softening•Ships ballast - treatment•Treatment targets
– PCBs in sewer pieps– Desalinzation– Radium in ground water– Pharmaceuticals– Phosphate
Monitoring/Detection• Water security• Real time monitoring • User detection systems• Real time sensing for life forms• Pharmaceuticals
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0861
Funds
Fluid Transport/ Civil & Ind. Engr.
Detection
Materials
Bioscience
Pumps/ Valves/ Components
Analysis/ Measuring/
Control
Water User
Consumer Products
Treatment/ Processing/ Softening
Utilities
Funding Agencies
Academic Institutions
Private SectorPublic Sector
Water, Water, Water, …
DOE
EPA
NSF
USDA
DoD
NOAA/DOC
Interior
World Bank
Foundations
InternationalPartners
NIHGreater
MilwaukeeFoundation
UWM
Marquette
UW-Madison
WATER Inst.Chem & Biosci
School of Freshwater Science
CEASPhysics
MSOEFluid Power
Rapid Proto Center
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
OpportunitiesEnvironmental
• Algae control (& exploitation)• Removal of PCBs from lakes & rivers• Storm water containment, • Road salt• Ship’s ballast – policy/enforcement• Aquaculture• Lake Michigan contamination• Policy issues – metering/incentives
Energy/Efficiency• Ethanol production efficiency• Tar sands water treatment• Elimination of boiler scaling• Increasing brewing efficiency• Increased efficiency of water heating• Speeding treatment for large volumes• Increasing treatment efficiency
Processing/Treatment•Municipal wastewater treatment
– Storm water treatment– Reduced use of chemicals
•Industrial wastewater treatment– Farm manure, food processing waste, metals– Utilizing sewer sludge
•Residential Water Treatment– Residential water treatment, home filtration– Residential Water softening without salt
•Reverse Osmosis•Softening•Ships ballast - treatment•Treatment targets
– PCBs in sewer pieps– Desalinzation– Radium in ground water– Pharmaceuticals– Phosphate
Monitoring/Detection• Water security• Real time monitoring • User detection systems• Real time sensing for life forms• Pharmaceuticals
• Joe Aldstadt – analytical methods• Peter Geissinger – detection• Alan Schwabacher– pharmaceuticals in water
• Carmen Aguilar – microbiology• David Petering –metal metabolism • Val Klump
• Rohatgi, Pradeep – adv. castings, lightweight, lead-free • Aita, Carolyn – advanced coatings• Gong, Sarah – polymer materials
• Chen, Junhong – nano materials, sensors
• Li, Jin – pollutant transport modeling• Bravo, Hector – hydraulic modeling• Christensen, Erik – pollutants in water• Amano, Ryoichi - CFD• Pillia, Krisna – porous media modeling• Kevin Renken- mass transfer• Sobolvev – biproducts utilization• Doug Cherkauer – groundwater hydrology
• Jim Waples – water aging• Tom Consi – aquatic robots• Tom Grundle - harbors
• Tim Ehlinger – aquatic systems
• Burlage – PCR environmental test
• Shangping Xu – safe drinking water
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0861
Funds
Fluid Transport/ Civil & Ind. Engr.
Detection
Materials
Bioscience
Pumps/ Valves/ Components
Analysis/ Measuring/
Control
Water User
Consumer Products
Treatment/ Processing/ Softening
Utilities
Funding Agencies
Academic Institutions
Private SectorPublic Sector
Water, Water, Water, …
DOE
EPA
NSF
USDA
DoD
NOAA/DOC
Interior
World Bank
Foundations
InternationalPartners
NIHGreater
MilwaukeeFoundation
UWM
Marquette
UW-Madison
WATER Inst.Chem & Biosci
School of Freshwater Science
CEASPhysics
MSOEFluid Power
Rapid Proto Center
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
OpportunitiesEnvironmental
• Algae control (& exploitation)• Removal of PCBs from lakes & rivers• Storm water containment, • Road salt• Ship’s ballast – policy/enforcement• Aquaculture• Lake Michigan contamination• Policy issues – metering/incentives
Energy/Efficiency• Ethanol production efficiency• Tar sands water treatment• Elimination of boiler scaling• Increasing brewing efficiency• Increased efficiency of water heating• Speeding treatment for large volumes• Increasing treatment efficiency
Processing/Treatment•Municipal wastewater treatment
– Storm water treatment– Reduced use of chemicals
•Industrial wastewater treatment– Farm manure, food processing waste, metals– Utilizing sewer sludge
•Residential Water Treatment– Residential water treatment, home filtration– Residential Water softening without salt
•Reverse Osmosis•Softening•Ships ballast - treatment•Treatment targets
– PCBs in sewer pieps– Desalinzation– Radium in ground water– Pharmaceuticals– Phosphate
Monitoring/Detection• Water security• Real time monitoring • User detection systems• Real time sensing for life forms• Pharmaceuticals
• Joe Aldstadt – analytical methods• Peter Geissinger – detection• Alan Schwabacher– pharmaceuticals in water
• Carmen Aguilar – microbiology• David Petering –metal metabolism • Val Klump
• Rohatgi, Pradeep – adv. castings, lightweight, lead-free • Aita, Carolyn – advanced coatings• Gong, Sarah – polymer materials
• Chen, Junhong – nano materials, sensors
• Li, Jin – pollutant transport modeling• Bravo, Hector – hydraulic modeling• Christensen, Erik – pollutants in water• Amano, Ryoichi - CFD• Pillia, Krisna – porous media modeling• Kevin Renken- mass transfer• Sobolvev – biproducts utilization• Doug Cherkauer – groundwater hydrology
• Jim Waples – water aging• Tom Consi – aquatic robots• Tom Grundle - harbors
• Tim Ehlinger – aquatic systems
• Burlage – PCR environmental test
• Shangping Xu – safe drinking water
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0861
Funds
Fluid Transport/ Civil & Ind. Engr.
Detection
Materials
Bioscience
Pumps/ Valves/ Components
Analysis/ Measuring/
Control
Water User
Consumer Products
Treatment/ Processing/ Softening
Utilities
Funding Agencies
Academic Institutions
Private SectorPublic Sector
Water, Water, Water, …
DOE
EPA
NSF
USDA
DoD
NOAA/DOC
Interior
World Bank
Foundations
InternationalPartners
NIHGreater
MilwaukeeFoundation
UWM
Marquette
UW-Madison
WATER Inst.Chem & Biosci
School of Freshwater Science
CEASPhysics
MSOEFluid Power
Rapid Proto Center
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
OpportunitiesEnvironmental
• Algae control (& exploitation)• Removal of PCBs from lakes & rivers• Storm water containment, • Road salt• Ship’s ballast – policy/enforcement• Aquaculture• Lake Michigan contamination• Policy issues – metering/incentives
Energy/Efficiency• Ethanol production efficiency• Tar sands water treatment• Elimination of boiler scaling• Increasing brewing efficiency• Increased efficiency of water heating• Speeding treatment for large volumes• Increasing treatment efficiency
Processing/Treatment•Municipal wastewater treatment
– Storm water treatment– Reduced use of chemicals
•Industrial wastewater treatment– Farm manure, food processing waste, metals– Utilizing sewer sludge
•Residential Water Treatment– Residential water treatment, home filtration– Residential Water softening without salt
•Reverse Osmosis•Softening•Ships ballast - treatment•Treatment targets
– PCBs in sewer pieps– Desalinzation– Radium in ground water– Pharmaceuticals– Phosphate
Monitoring/Detection• Water security• Real time monitoring • User detection systems• Real time sensing for life forms• Pharmaceuticals
• Joe Aldstadt – analytical methods• Peter Geissinger – detection• Alan Schwabacher– pharmaceuticals in water
• Carmen Aguilar – microbiology• David Petering –metal metabolism • Val Klump
• Rohatgi, Pradeep – adv. castings, lightweight, lead-free • Aita, Carolyn – advanced coatings• Gong, Sarah – polymer materials
• Chen, Junhong – nano materials, sensors
• Li, Jin – pollutant transport modeling• Bravo, Hector – hydraulic modeling• Christensen, Erik – pollutants in water• Amano, Ryoichi - CFD• Pillia, Krisna – porous media modeling• Kevin Renken- mass transfer• Sobolvev – biproducts utilization• Doug Cherkauer – groundwater hydrology
• Jim Waples – water aging• Tom Consi – aquatic robots• Tom Grundle - harbors
• Tim Ehlinger – aquatic systems
• Burlage – PCR environmental test
• Shangping Xu – safe drinking water
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0861
Funds
Fluid Transport/ Civil & Ind. Engr.
Detection
Materials
Bioscience
Pumps/ Valves/ Components
Analysis/ Measuring/
Control
Water User
Consumer Products
Treatment/ Processing/ Softening
Utilities
Funding Agencies
Academic Institutions
Private SectorPublic Sector
Water, Water, Water, …
DOE
EPA
NSF
USDA
DoD
NOAA/DOC
Interior
World Bank
Foundations
InternationalPartners
NIHGreater
MilwaukeeFoundation
UWM
Marquette
UW-Madison
WATER Inst.Chem & Biosci
School of Freshwater Science
CEASPhysics
MSOEFluid Power
Rapid Proto Center
M7/GMC MMSDCity of
Milwaukee
DNRUNDP
Federal Government
Municipalities
Water Council
Pentair• Filtering & purification
GE
Badger Meter• Water meters• Meter reading systems
Procorp• Water reuse & softening • Phosphate & radium removal
AO Smith• Water heaters
Kohler• Faucets• Materials, coatings, plating• Casting technology
Miller Coors• Intake quality, output quality• Energy consumption
AquaSensorsThermo Fisher
Scientific
Fall River
Great Lakes Water• Water treatment equipment Advanced
Chemical Systems• Ind. wastewater treatment
CH2MHILL• Engineering services
ITT
Sanitarie• Wastewater treatment
design
Flygt• pumps
SiemensJoyBucyrus
Veolia• Water utilities
OpportunitiesEnvironmental
• Algae control (& exploitation)• Removal of PCBs from lakes & rivers• Storm water containment, • Road salt• Ship’s ballast – policy/enforcement• Aquaculture• Lake Michigan contamination• Policy issues – metering/incentives
Energy/Efficiency• Ethanol production efficiency• Tar sands water treatment• Elimination of boiler scaling• Increasing brewing efficiency• Increased efficiency of water heating• Speeding treatment for large volumes• Increasing treatment efficiency
Processing/Treatment•Municipal wastewater treatment
– Storm water treatment– Reduced use of chemicals
•Industrial wastewater treatment– Farm manure, food processing waste, metals– Utilizing sewer sludge
•Residential Water Treatment– Residential water treatment, home filtration– Residential Water softening without salt
•Reverse Osmosis•Softening•Ships ballast - treatment•Treatment targets
– PCBs in sewer pieps– Desalinzation– Radium in ground water– Pharmaceuticals– Phosphate
Monitoring/Detection• Water security• Real time monitoring • User detection systems• Real time sensing for life forms• Pharmaceuticals
• Joe Aldstadt – analytical methods• Peter Geissinger – detection• Alan Schwabacher– pharmaceuticals in water
• Carmen Aguilar – microbiology• David Petering –metal metabolism • Val Klump
• Rohatgi, Pradeep – adv. castings, lightweight, lead-free • Aita, Carolyn – advanced coatings• Gong, Sarah – polymer materials
• Chen, Junhong – nano materials, sensors
• Li, Jin – pollutant transport modeling• Bravo, Hector – hydraulic modeling• Christensen, Erik – pollutants in water• Amano, Ryoichi - CFD• Pillia, Krisna – porous media modeling• Kevin Renken- mass transfer• Sobolvev – biproducts utilization• Doug Cherkauer – groundwater hydrology
• Jim Waples – water aging• Tom Consi – aquatic robots• Tom Grundle - harbors
• Tim Ehlinger – aquatic systems
• Burlage – PCR environmental test
• Shangping Xu – safe drinking water
Partnerships• Sponsored Research Proj.• Shared equipment• Graduates• Workforce training• Subcontractor/supplier• Extramural grant support• Philanthropic support
Cluster Effects• Shared resources/equipment• Collaborative grants• Improved competitiveness• Translational science
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0862
5
5
5
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0862
5
5
5
© 2008, Brian D. Thompson, UWM Research Foundation 10/6/0862
5
5
5
15
• 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
Finding New Pathways: Building the Habits to Collaborate
Brainpower21 Century Talent
InnovationEntrepreneurship
Networks
BrandingExperiences
Quality, Connected
Places
CivicCollaboration
Finding New Pathways: Building the Habits to Collaborate
Brainpower21 Century Talent
InnovationEntrepreneurship
Networks
BrandingExperiences
Quality, Connected
Places
CivicCollaboration
Our Grandfather’s Economy
Our Grandchildren’s Economy
Reinforce hierarchies Develop networks
Command Collaborate
Control Align
Withhold information Share information
Protect boundaries Strengthen cores
Our Grandfather’s Economy
Our Grandchildren’s Economy
Reinforce hierarchies Develop networks
Command Collaborate
Control Align
Withhold information Share information
Protect boundaries Strengthen cores
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 take a new (old) view of leadership
New regional leaders will move their thinking from hierarchies to networks
New regional leaders will overcome the “power” of the invisible fence
Civic forums provide the venue to define new opportunities
and practice new civic behaviors
Source: Nead Brand Partners
69
New regional leaders will practice “thinking together”
Knowledge Person;
Hub
Boundary Spanner
Knowledge Person;
Hub; Influencer
Peripheral
Person
Information
Broker
Knowledge
Person
New regional leaders will understand the power of networks
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 InnovationNetworks
Brainpower21 Century Talent
InnovationEntrepreneurship
Networks
BrandingExperiences
Quality, Connected
Places
CivicCollaboration
Finding New Pathways: Entreprenuership and InnovationNetworks
Brainpower21 Century Talent
InnovationEntrepreneurship
Networks
BrandingExperiences
Quality, Connected
Places
CivicCollaboration
Time
Prosperity
Open innovation networks move us to
the Second Curve
Stage 4Stage 3Stage 2Stage 1
Anchor
Supporting networksbegin to form with public and private
support
Clusters typicallystart from a
seed investment in a shared
platform
Networks continue to form
by attractingfirms and brainpower
Cluster continues to evolve with split-offs
and outside investment
5 to 20 years
http://statsamerica.org/innovation
http://statsamerica.org/innovation
• 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
Civic Process
0 105
Collaborative networks form easily
Civic entrepreneurs are supported
Attitudes of learning dominate
Diverse viewpoints are welcomed
Meetings happen but nothing gets done
Hidden agendas distort deliberations
Political manipulations replace dialogue
Small power groups seek to dominate
Civic Leadership
0 105
Inspires and energizes participation
Committed to honesty
Actions are consistent with words
Demonstrates fairness and compassion
Focuses on personal agendas
Hides relevant information
Seeks to control agendas
Unable to collaborate effectively
• 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
We need a new set of maps and tools to help us find pathways to our
Grandchildren’s economy
Leadership Direction
Civic Participation
Low
Low High
High
Strategic Doing balances participation and direction
Leadership Direction
Civic Participation
Low
Low High
High
Apathy
Strategic Doing balances participation and direction
Leadership Direction
Civic Participation
Low
Low High
High
Apathy
ProcessParalysis
Strategic Doing balances participation and direction
Leadership Direction
Civic Participation
Low
Low High
High
Apathy
ProcessParalysis
Back RoomPolitics
Strategic Doing balances participation and direction
Leadership Direction
Civic Participation
Low
Low High
High
Apathy
ProcessParalysis
Back RoomPolitics
Open Source Economic
Development
Strategic Doing balances participation and direction
Strategic doing involves open participation and leadership direction
Strategic Doing in a nutshell
Remember, we need to shift our thinking
The Civic Space
Source: Ed Morrison
The civic space is fragmented and confusing
People move in the direction of their conversations
Explore
Align
FocusExecute
Evaluations
Action Plans
Insights
Initiatives
Develop ideas about what we can do
together
Choose what to
do
Identify and align resources to
specific initiatives
Execute and measure results
Strategic Doing requires focus and discipline
Explore
Align
FocusExecute
Evaluations
Action Plans
Insights
Initiatives
Develop ideas about what we can do
together
Choose what to
do
Identify and align resources to
specific initiatives
Execute and measure results
Strategic Doing requires focus and discipline
Explore
Align
FocusExecute
Evaluations
Action Plans
Insights
Initiatives
Develop ideas about what we can do
together
Choose what to
do
Identify and align resources to
specific initiatives
Execute and measure results
Strategic Doing requires focus and discipline
Explore
Align
FocusExecute
Evaluations
Action Plans
Insights
Initiatives
Develop ideas about what we can do
together
Choose what to
do
Identify and align resources to
specific initiatives
Execute and measure results
Strategic Doing requires focus and discipline
Explore
Align
FocusExecute
Evaluations
Action Plans
Insights
Initiatives
Develop ideas about what we can do
together
Choose what to
do
Identify and align resources to
specific initiatives
Execute and measure results
Strategic Doing requires focus and discipline
Grandfather’s Economy Grandchildren’s economy
Hierarchies Networks
Command and control Link and leverage
Vertically integrate Horizontally connect
Strategic Planning Strategic Doing
Transactions Relationships
Thank you!
Now the fun begins...
Purdue Center for Regional Developmentwww.purdue.edu/pcrd