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PeoplePlanetProfit
2
OverviewWho is CAMT?
NASA Space Act Agreement for Colorado
CAMT Technology Acceleration Program
ACE Manufacturing Innovation Park
Regional Innovation Cluster Activities
Funding Opportunities
How it all fits together
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CAMT OverviewCAMT founded in 1994, currently 17 full time staff across the State
Part of national NIST - Manufacturing Extension Partnership
Partially funded by the US Department of Commerce (NIST/MEP) with program income from private industry
Mission: To strengthen the global competitiveness of Colorado manufacturing and technology companies
59 “Centers”1600 Field Staff
440 Service Locations
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CAMT Partnerships
NASADOLDODDOEEDAEPA
OEDITSBDCCU/CSU/CSMNIST/NREL
City & CountyCommunity CollegesWorkforce Dev Center
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CAMT Economic Impact
Cumulative Jan. 2000 – Dec. 2010 (mostly since 2005)
•Increased Sales: $205,411,980•Decreased Costs: $71,054,413•Capital Spending Increases: $74,398,569•Jobs Created or Saved: 2,606
*Source: Independent surveys commissioned by NIST of 264 companies.
• Ft. Collins
• BoulderGrand Junction
• • Denver
• ColoradoSprings
Pueblo•
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NASA-Colorado Space Act AgreementSigning and three events on December 13th 2010:• Signing ceremony – Governor Ritter, NASA, NIST, Sen. Udall, CAMT
• Luncheon presentations (NASA Deputy Administrator and CAMT – TAP)
• Panel discussion:• Doug Comstock, Director, Partnerships, Innovation and Commercial Space, Office of the Chief Technologist, NASA
• David Hiller, Executive Director, CO Renewable Energy Collaboratory
• LaVonda Jeffrey, President, Intrex Aerospace
• Rocky Scott, Director, Business Development, Woodward Governor & Colorado Clean Energy Cluster
• Mark Sirangelo, Corporate VP, Sierra Nevada Corp. Space Systems
March 30th: Growth Through Innovation- Executive Exchange170 Colorado executives and stakeholders
NASA, NREL, USPTO, IDC Energy Research, Lockheed Martin, Woodward Governor, Plug and Play
April 25th: NASA Chief Technologist – Innovation Roundtable
June: Agilent Building in Loveland, Developer selected:
United Properties, Minneapolis
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NASA – CAMT Partnership
Jointly develop or mature NASA mission-use technology for a variety of industries
Test and establish manufacturing processes utilizing the unique environment of space
Find potential licensees of NASA’s intellectual property
Provide business development and lean services to NASA's SBIR/STTR firms
NASA will provide “Innovation Ambassador”
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Why Aerospace and Clean Energy?At the highly sophisticated technology level, the solutions to most clean energy technology
problems are "old news" in most aerospace applications
At the manufacturing level (materials, components, and systems) aerospace is transforming, while clean energy is just forming --- both have a very similar manufacturing base
Energy: Limited experience, can use aerospace learnings
Energy: Good understanding, but have many open problems
Energy: Could use commercial off-the-shelf (COTS) technology to speed up
Energy: None, but have similar harsh operating environment
Aerospace: 50 years of experience, many solved problems
Aerospace: Developed and tested under extreme operating conditions
Aerospace: Existing ecosystems with mature supply chains
Aerospace: Highly advanced, reliable, field-tested, standard
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Environment: Aerospace
Aerospace is already a very large, mature business
Undergoing global transformation this decade:Aviation business:
Supply chain management pressures
Subassembly-level innovation required from suppliers
Space business: commercial space applications
Holds opportunity for consolidation in aviation and growth in commercial space
Colorado among top three in nation with 160,000 jobs
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Environment: Clean Energy– Clean energy is the "next big thing" --- everybody agrees
(VCs, Fortune 500 executives, governments worldwide)
Energy usage is increasing worldwide, especially in emerging economies
Current demand 15 TW, predicted to double to 30 TW by 2050Still 1.4 billion people without any electricity
Fossil fuels are running out, sooner or later
Nuclear energy has multiple challenges – would need one new plant a day for 20 years to meet 1/3 demand
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Example: SmartGrid
Two separate tracks: Transaction: who pays whom what, and when
Actual physical electrical power transfer (switches, wires, inverters, circuit protection, delivery, etc)• Lots of equipment needed• Lots of qualified technical labor needed
We have the technology, now we need tobuild all the “things”
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Need for Technology Acceleration Program
Commercialization in the U.S. has been very slow
Need to “build” not just “research and develop”
Infrastructure for "commercial space" or meaningful renewable energy usage is not yet mature – presents opportunity
Growth of aerospace and clean energy creates need for re-tooling traditional manufacturers and creating new ones
Colorado has strengths in both aerospace and clean energy
“Cars and computers get pitched after a while, a space mission is financed to run 30 years”
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Typical Company Business ModelTimeline of value creation
Number of jobs created
Con
trol
led
laun
ch
Year 1 Year 3Year 2 Year 4 2 years
Bet
a pr
otot
ype
Firs
t m
arke
t tes
t
Alp
ha p
roto
type
Regional Scale-up
National Scale-up
International Scale-up
Value Generation Curve
5 years 10+ Years
AnnualInvestment
$10 total +$10
+ $20
+ $5
$1
$20
$100
$10
$15
$5
$50
+ $50
$200 $500
Mar
ket
Part
ner
Value Generation Curve
AnnualInvestment
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Smart Grid Technology Framework
Generation and Fuels
Transmission & Distribution
Customer
Markets Operations Service ProvidersTechnology to support participation in wholesale energy markets (e.g. scheduling, trading, settlement)
Technology to support the real-time operation of the grid (e.g. monitoring, control)
Technology/services to support the provision of energy services to customers
Technology to generate power at utility-scale and to create other energy fuels
Technology used to transmit and distribute power (e.g. switches, transformers)
Technology to support customer energy management including distributed generation and electric vehicle charging
Smart grid• Nexant• Ventyx (ABB)
Smart grid• Energy Grid Networks• GE Energy• Green Energy Corp.• IBM• Infotility• Lockheed Martin• PowerTagging• Spirae• Telvent• Ventyx (ABB)
Wind• Boulder Wind Power• Clipper Windpower• Compass Wind• Repower• Siemens Energy• Vestas• WoodwardBiofuels• Gevo• OPX Biotech• Range Fuels• Solix Biofuels• Zeachem
Smart grid• GE Energy• Telvent
Smart buildings• Albeo• Coolerado• Easylite• Ravenbrick• Serious Materials• Starfield Controls• TerraLUX• VeraLED
Smart grid• Comverge• EnerNOC• TendrilTransportation• American EV• Boulder EV• Czero• EETrex• GoSmart• Lightning Hybrids• Proterra• UQM
Solar• Abengoa Solar• Abound• Advanced Energy• Ampulse• Ascent Solar• Juwi Solar• PrimeStar Solar• SkyFuel• SMA• Sundrop Fuels• SunEdison• SunTrac• zettasun
Smart grid• Comverge• EnerNOC• IBM• Lockheed Martin• Tendril• Ventyx (ABB)
Energy storage• Coorstek• Infinite Power Solutions• Porous Power• Prieto Battery• Ice Energy
Note: Based on NIST Smart Grid Framework
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Survey Results - Top Challenges
Workforce issues (in Clean Energy)
Lack of access to local laboratories
Issues related to scaling up production
Cost and reliability of power
Costs of shipping
© IDC Energy Insights
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Survey - Resources NeededShared administrative expertise
HR
CFO/finance
Legal
Insurance/bonding
Regulatory process (EPA)
Permitting processes
Qualified workforce and shared technical expertise
Mechanical designQA/QC, ISO, Six-SigmaMaterialsOptical designPCB layoutUser interface designTechnical writingSupply chain Design for manufacturing
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Survey - Resources NeededAccess to local laboratories
Certification (UL, sensor performance)
Testing (RF, environmental)
Interoperability (software, intelligent devices)
Clean rooms
Access to shared equipment and softwareSoftware/workstations (CAD, fluid dynamics, ERP)
Rapid prototyping (plastic cases, electronics)
Machine shop (CNC machines)
Casting/forging/stamping
Nuclear magnetic resonance imaging (NMRI)
Local high volume electronics manufacturing
High end conference facilities with videoconferencing
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CAMT Survey Results Top Challenges:
Need to support existing growth companies
Lack of access to testing facilities
Lack of access to quick prototype creation resources
Lack of access to manufacturing resources
Supply chain too distributed, difficult to manage
Not aware of Colorado resources
Technology transfer generally difficult
Not aware of state and federal funding/assistance
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CAMT Survey - Resources NeededVetted experts (technical and business)Training and certification of workforceElectronic library for paid technical, market, research reportsGrant writing centerBusiness plan writing/ business advisorySupport service – legal, admin, business, government (permits, etc)Innovation / Intellectual property / technology transfer assistanceAccess to capital, grants, loans
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CAMT Survey - Resources NeededEquipment and services
Machining and metal processing (CNC, plating, etc)
Electronics manufacturing
Simulation hardware and software
Testing resources (temperature, EMC, tensile, vibration, etc)
Certification resources (solar, electrical/electronic, mechanical – standards)
Scanning electron microscope
Furnace
Laboratory space (wet and dry)
Temperature chambers
Plastics manufacturing
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ACE Manufacturing Innovation ParkPhysical Extension of Technology Acceleration Programs
Large multi-use campus with aerospace and energy manufacturing innovation focusShared services (testing, certification, machine shop, electronics, etc)Advanced manufacturing lab“Partner row” – state and federal agenciesSuppliers collaborating on Design for Manufacturability - helps to be closeEducation programs Consumer showcase: major center of 21st Century technologiesHouses 70 -100 companies with 100- 150 employees each
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• Manufacturing (machine shop, electronics, etc)• Testing (NDT, EMC, environmental, etc)• Consulting (engineering, technology, business,
government)• “Partner Row”
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CAMT Survey – ACE ParkMain findings
Has to be competitively priced
Concerns about timing (when will it be available, how fast will it scale up, what will go in first)
Location: Front Range
Most valuable selling proposition:
Shared services and equipment
Access to Federal agencies / laboratories / grants / support
Supply chain simplification
No serious objections regarding confidentiality, privacy, competition (they already compete) – need standard practices in place
Positive attitude toward the concept, value, needs addressed
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New CAMT T.A.P. Services1. Training, Workshops and Consulting
Rapid Cycle Product Introduction
Profitable Intellectual Property Management
New Supply Chain Development
2. Colorado Technology and Manufacturing Asset Map
Partnership with CSU, CCEC – kicked off March 1st
We’ll be visiting you – make sure you are in here
3. Government Programs and Grants OfficeProfessionally staffed Denver office, with D.C. contract staff
Large collaborative grants – have funding to write company grants
4. Networking, Events and Forums
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Regional Innovation Cluster
Major shift in economic development strategy nationally:Reduce funding for “excellence” and individual contributors
Dramatically increase funding of networks, regions, and collaborationWhy? It produces better economic development results
Regional: for us the logical “economic region” is State of ColoradoInnovation: Focus on growth driven by “out-innovating” the worldCluster: “stick to your knitting” – focus on what you are already good at:
Aerospace (#3 in nation, 165,000 jobs)
Clean Energy (#1 in innovation, #4 in clean energy initiatives, top in funding)
IT/software
Bioscience
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Regional Innovation Cluster
Where is the money?EDA, SBA, SBDC, NSF, alphabet government soup
Private funding – VC, PE, companies with R&D budgets
CAMT Federal Funding won Through Competitive Process in 2010/2011$750,000 – NIST MEP – Manufacturing Center of Excellence in Southern Colorado
$700,000 – NAVAIR – Veteran Owned Businesses supporting technology projects
$135,000 – EPA (with CDPHE) – Economy, Energy, Environment support for companies
CAMT State Funding$350,000 – OEDIT – Supply Chain Database and Grants Office
CAMT New Funding Requests in Process$1,000,000 EDA – I6 Green Challenge Lab to Market, with Colorado-wide network of stakeholders
$6,000,000 EDA Regional Innovation Cluster initiative
Dozens of other grant opportunities at every Federal agency
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Economic Impact: 10,000 jobs, $5 billion in 5 years, plus multiplier
Technology Acceleration Programs: - Enable 100 converted or new manufacturers for aerospace and energy,
create average of 30 new jobs 3,000 total- Additional sales for TAP companies: 100 x $15 million = $1.5 BB
ACE Manufacturing Innovation Park: - House 70 companies with average of 100 new jobs 7,000 total-- New sales for ACE Park companies: 70 x $ 50 million = $3.5 BB
Multiplier effect for manufacturing is 1.53 (for every 10 manufacturing jobs, 5
more are generated in the region)
Net economic output will be over $7 billion per year!