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Minnesota
Gov.
Tim Pawlenty, State of the State Address, Jan. 15, 2009
“…We should
also grow jobs by enacting a green jobs initiative. New opportunities
in energy from wind, solar, biomass, biogas, geothermal, biofuels and
energy conservation are opening a whole new sector of our economy.”
Missouri
Gov.
Jay Nixon, Inaugural Address, Jan. 12, 2009
“We'll turn
this economy around by making Missouri a magnet for next-generation
jobs. We'll invest in new technology. We'll inspire cutting-edge
innovation. And we'll embrace science, not fear it.
“And not only
will we lead with our ideas, we'll also lead with our greatest asset –
our people. We must prepare our world-class workers with 21st-Century
skills and connect them with the jobs of tomorrow that we will create.”
Nevada
Gov.
Jim Gibbons, State of the State Address, Jan. 15, 2009
“(M)y 2009
energy bill is designed to push us to the leading edge of this growth
industry. It includes provisions to further streamline the permitting
process, particularly for small projects. …
“… (A)s part
of my energy bill, I propose to increase our renewable portfolio
standards requirements and to extend our renewable energy tax credits
by five more years.
“I also
propose that we implement other much-needed incentives to bring
renewable energy development to Nevada, including economic incentives
such as tax abatements for renewable energy manufacturers, renewable
energy research and development, and for companies that actually build
the much-needed transmission lines.”
New
Mexico
Gov.
Bill Richardson, State of the State Address, Jan. 20, 2009
“The first
point in my economic security plan is to continue to compete, attract
and create high paying, green collar jobs. I propose that we establish
a research applications center to move new technologies, developed with
federal funds at our national labs and universities, into the
commercial sector.
“We should
also increase our popular Renewable Energy Production Tax Credit to
help wind, and biomass projects boost their operations.
“We should
make larger solar and geothermal energy providers eligible for the
Advanced Energy Tax Credit. And we should give a hand to our state's
primary job-creator, by extending our tax credit for small businesses.
“Second, we
must build a clean energy workforce. … That's why this week I will
issue an executive order directing key state agencies—from education to
workforce development, and from economic development to energy—to form
a ‘Green Jobs Cabinet.’ This cabinet will build an aggressive clean
energy strategy, so our state educates, trains, and prepares a clean
energy workforce.
“…And in order
to improve student achievement in mathematics, I'm proposing that we
increase the math requirement for new elementary and middle school
teachers. …
“…The third
part of my Economic Security plan is to expand our role as an
innovation state. …
“…I propose we lead the nation in the construction of a Green Grid to harness the power of solar and wind, and use smart electronics to deliver energy to consumers cheaper and more efficiently.…
return to the top of the pageIn
addition, the proposal
advanced by Gov. Sebelius eliminates or cuts funding in most other
tech-based economic development initiatives funded by the state. Gov.
Sebelius unveiled last week her FY10 budget recommendations
and revised budget for FY09 based on the most recent revenue estimates
that report a gap of more than $900 million. Citing a goal of reducing
overhead expenses, the governor recommends eliminating KTEC and Kansas,
Inc. as separate agencies and moving select KTEC business development
programs to DOC.
For FY10, the governor
recommends $25.9 million for the DOC from the Economic Development
Initiatives Fund (EDIF), which includes $7.5 million for KTEC programs.
This is a reduction of $4.5 million approved for KTEC in FY09. No
funding (a reduction of $415,363 approved last year) is included for
Kansas, Inc., which conducts economic development policy research and
strategic planning for the state.
Under the governor’s proposal,
the DOC would administer some of KTEC’s grant programs including the
EPSCoR program, the Mid-America Manufacturing Technology Center, and
the Strategic Technology and Research Fund, which provides matching
dollars for programs aimed at funding basic science research in science
and engineering at state universities. Budget documents note that the
DOC also would provide operational support for seven business
assistance incubators and five university-based Centers of Excellence.
Additionally, KTEC’s board of directors would continue to function as
part of the DOC to make recommendations on grant awards.
However, with key support
services to high-tech entrepreneurs suspended under the proposal, KTEC
argues that the governor’s recommendation does not fold KTEC into the
DOC, rather it eliminates main sources of support for the state’s
innovation economy.
“By eliminating the key,
nationally recognized programs, Kansas will lose the tremendous
momentum and reputation the state has earned for being technology
friendly as well as the traction required to build a dynamic new
economy,” said Tracy Taylor, KTEC CEO, in a press release. This
includes elimination or defunding for the following programs:
Recommendations involving the
EDIF include $4.9 million for Wichita State University aviation
research and $2.5 million for aviation classroom training equipment for
a total $7.4 million (down from $7.5 million approved in FY09). This
funding would build on previous state investments to help ensure
aviation infrastructure and secure additional federal resources,
according to the governor’s office (see the May 21, 2008 issue of the
Digest).
For the purpose of providing
economic benefits to a wind energy manufacturer for job growth
opportunities in the state, the governor proposes an additional $2
million transfer from the EDIF to the Kansas Economic Opportunities
Initiatives Fund.
Within the Board of Regents
budget, the governor recommends $180,500 for a Technology Innovation
and Internship grant for community colleges and technical schools that
requires a one-to-one match by the receiving institution. The grant
allows instructors to intern for private industry and provides funding
for innovative equipment for students. However, funding for the Kansas
Academy for Mathematics and Science would be eliminated in FY09 and
FY10 under the governor’s proposal. This two-year residential program
for high school students earning college credits was established by the
legislature in 2006 with a planning grant of $295,000 approved in FY09.
Gov. Kathleen Sebelius’ FY10 budget recommendation is available at: http://budget.ks.gov/gbr.htm.
return to the top of the pageSBIR
to Be Victim of Recovery Myopia?
The
proposed American Recovery and Reinvestment Act, released last week by
the House Appropriations Committee, would dramatically increase federal
funding for research in several agencies required to participate in the
Small Business Innovation Research (SBIR) Program. The
National Science Foundation alone, for example, would receive an
additional $3 billion – equal to 50 percent of its FY08
appropriations. The Department of Energy would get a $2
billion research injection; the National Institutes of Health, a cool
$1.5 billion for R&D. The SBIR program requires the
research agencies to award 2.5 percent of their extramural R&D
funds to small businesses. So it would seem small tech firms fighting
for funds in the highly competitive SBIR arena could see a windfall in
the coming months as a result of a Recovery Act.
That is, if the 25-year-old SBIR program itself is extended past its
current expiration in March 2009.
The SBIR program was to sunset Sept. 30 last year as Congress had yet
to pass a Reauthorization Act that both chambers could accept and
former President Bush would not veto. The program
received a reprieve until March 6 by way of the Continuing Resolution
that is currently keeping the federal government in business.
With the economy continuing to nosedive and less than six weeks
remaining until expiration of one of the most successful federal tools
for supporting technology commercialization and innovation, some
analysts expected SBIR would be an easy target for immediate attention
by its authorizing committees in the House or Senate. Perhaps, for no
other reason than to keep the direct capital injections of nearly $2
billion flowing into the nation’s small tech firms at the same time
other capital sources are running dry.
Instead, no action is readily visible, or being discussed through
traditional SBIR news sources, such as Rick Shindell’s SBIR Insider or
the Small Business Technology Council.
The Senate Committee on Small Business and Entrepreneurship appears yet
to have opened its doors in 2009 under the new leadership of Sen. Mary
Landrieu (D-LA). The committee’s website, for example, has only one
update since December. Separately, on Jan. 8, Sen. Russ
Feingold (D-WI), a member of the committee, introduced S. 177 to extend
SBIR and its companion STTR program until 2022 and increase the SBIR
set –aside to 10 percent by 2012. That bill was read twice and referred
to the committee, which has yet to hold its first hearing.
The House Committee on Small Business, still led by Congresswoman Nydia
Velazquez (D-NY), held a hearing on Jan. 14 with the promising title,
““The State of the Small Business Economy and Identifying Policies to
Promote an Economic Recovery.” The focus and witness list –
dominated by representatives of electrical, general and roofing
contractor associations and chambers of commerce – only touched lightly on
innovation. No SBIR-related legislation has been introduced in
the House yet for the 111th Congress.
SBIR Reauthorization during the 110th Congress was contentious and
dragged out because of proposed changes to the program. The time
remaining in the program’s current authorization does not permit a
debate of similar length in the new Congress without another
extension.
A handful of
states have star researcher or eminent scholar recruitment programs as
a component of their state’s TBED strategy. Looking at the scale of the
CoEE Program, the review finds $180 million in South Carolina Education
Lottery proceeds have been directed to the initiative from 2003 to
2008. However, only a third of these funds have been drawn down to date
from the state accounts, as the program requires non-state matching
funds and funds from the participating universities to be in place
before the allocated state money can be transferred.
The funding
translates into 42 centers of excellence and 74 endowed chairs being
chosen for development, each at varying levels of maturity and funding
levels. At the end of FY08, 21 of these chairs have been successfully
recruited.
Companies
working with the existing centers of excellence resulted in 895 jobs
attracted to the state, according to the report. Eleven spin-off
companies from the CoEEs produced 40 employees.
A number of
recommendations are outlined for consideration, including:
The South
Carolina Centers of Economic Excellence (CoEE) Comprehensive Program
Evaluation 2003-2008
can be accessed at:http://www.sccoee.org/
A similar state recruitment initiative, the Eminent Scholars Program of the Georgia Research Alliance, was selected as the 2007 winner in the Expanding the Research Infrastructure category for SSTI’s Excellence in TBED Awards. A longer 26 minute interview and a shorter six-minute interview with GRA CEO Mike Cassidy about the program is available at SSTI’s website.
return to the top of the pageUseful Stats
U.S. Industrial R&D Performed per
State by Company Size: 2004
Successful small technology
businesses serve as integral components of a robust innovation-based
economy. The novel products and services brought to market are often
the result of these companies’ R&D efforts. As a result, nearly
every state has programs and policies in place to support the growth of
small tech firms.
The importance of these small
tech firms to state industrial R&D portfolios varies
significantly across states, as measured by percentage of research
expenditures conducted by firms with fewer than 500 employees, the
Small Business Administration’s general definition of a small
technology business. Because of this variance, states may wish to
review or adapt their TBED strategies.
For instance, if the percentage
of industrial R&D performed by small businesses is low, a state
may wish to implement strategies that encourage more research
investment, perhaps in partnership with their research universities and
larger industrial firms. A high percentage of total R&D
conducted by small firms in a given state, on the other hand, may
warrant more aggressive policies and programs that strive to ensure the
localized commercial development of technologies resulting from small
businesses’ R&D investment.
SSTI has prepared a chart
showing the percentage of industrial R&D performed by selected
small business size ranges for each state and the U.S., using the
National Science Foundation’s 2004 Survey of Industrial
R&D (latest year available).
For the U.S. as a whole, $208.3
billion of industrial R&D was performed in 2004. Businesses
with fewer than 500 employees conducted 18.3 percent of the national
total. The variance among the states however, is quite large. Michigan,
with the research dominance of the Big Three automotive giants, has the
lowest small business R&D figure at 6.4 percent. Small
companies in Alaska, Hawaii and Montana, on the other hand, account for
at least 60 percent of their respective state’s industrial R&D
performance. [It is important to note, industrial R&D
expenditures in these three states is less than 1 percent of the total
industrial R&D expenditures that occurred in Michigan that
year.]
Further delineation of the
small business employment cohorts may be even more helpful in
understanding research activity in the small business community’s
R&D activities within a state. SSTI’s chart presents the
percentages of R&D performed by companies ranging between 5-24,
25-49, 50-99, 100-249, and 250-499 employees.
Companies with fewer than 25
employees (note that businesses with fewer than five employees were
excluded from the NSF survey) performed only 3.0 percent of the total
industrial R&D in 2004. The states with the largest percentage
of industrial research performed by these smaller companies were Alaska
at 37.1 percent, Wyoming at 26.1 percent, Hawaii at 17.6 percent,
Louisiana at 16.4 percent, and Montana at 14.3 percent. [Note: figures
at this level for the states of Rhode Island, Vermont, and Washington
were suppressed.]
Alternately, the 5-24 employee
cohort performed 1.3 percent of Michigan’s total industrial
R&D, 2.5 percent in California, 2.6 percent in Massachusetts,
3.6 percent in Texas and 4.8 percent in New Jersey.
SSTI’s table can be found at: http://www.ssti.org/Digest/
The National Science
Foundation’s
Research and Development in Industry: 2004 can be accessed
at: http://www.nsf.gov/statistics/
State
Science & Technology Institute
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