So far this year, SSTI's Funding Supplement has made its subscribers aware of more than 1,400 different opportunities to secure funding. If you aren't a subscriber, your client companies, academic researchers, and state and local TBED efforts are at a significant disadvantage!
Facing a projected budget deficit of more than $600 million, Gov. Tim Kaine told lawmakers the state must invest more money in research and commercialization efforts to accelerate Virginia’s progress in key areas.
Building on a successful legislative session in 2007, Gov. Lingle is requesting additional funds to supplement various ongoing TBED programs.
A long-delayed equity capital program in Montana is on its way to becoming a reality. Montana, which received no venture capital investment in 2006 according to the PricewaterhouseCoopers Moneytree survey, has struggled to attract the interest of venture capital firms. The Montana Equity Capital Investment Act, sponsored by State Sen. Jeff Mangan and signed by Gov. Brian Schweitzer in 2005, was intended to make the state more attractive to outside investors, but never seemed to get off the ground.
Policymakers and practitioners continually seek new ideas to integrate into their overall TBED strategies in order to capitalize on innovative approaches and remain a competitive force in the global marketplace. Over the last few months, two new concepts in TBED aimed at supporting higher education have surfaced in New York and Wisconsin with two distinct goals: achieving the status of a world-renowned research capital and increasing college graduates to raise per capita income.
Earlier this year, the Organization for Economic Co-operation and Development (OECD) reported that the U.S. had fallen from fourth to 15th in broadband penetration among OECD countries (see the June 13, 2007 issue). This report came as little surprise to states that have been struggling to extend and improve high-speed Internet service, particularly in rural areas.
By creating Ontario’s Regional Innovation Networks (ORIN) three years ago, the provincial government experimented with how to establish customized systems-specific, but network-integrated approaches to strengthening and supporting regional innovation.
In the quest for a region to become more innovative or attain higher levels of degree attainment, expanding the size of existing education institutions or increasing the number of community colleges and universities seems to be a somewhat practical strategy. But how long after these institutions are created or expanded do they produce a measurable impact on a region’s innovation environment?
Patent activity is a commonly used indicator of a state or region’s innovation capacity. SSTI has prepared a table illustrating the number of patents issued from the U.S. Patent and Trademark Office (USPTO) per 100,000 employees for every state and the District of Columbia for each of the five years from 2002 to 2006. Additionally, the percent change in patents per employee over the five-year period was calculated. For the U.S.
According to the latest index from JointVenture Silicon Valley, 2007 looks like a pretty good year compared to 2006 when you look at many standard measures of economic performance. There were 28,000 new jobs created, a 1.5 percent increase in population, and 21 percent growth in solar and wind energy installations. Water use also dropped 6 percent, venture capital investments were up 11 percent, median household income rose, and city revenues were up 37 percent.
The agricultural states that lie east of the Rocky Mountains are at the center of an escalating decline in population, far exceeding that of other regions of the country. Of particular concern is the effect of population loss among young, educated workers on the states’ economies, resulting in a brain drain that could leave the region lagging the rest of the nation for many years to come.
In recent years, Iowa, like many midwestern states, has experienced a boom in ethanol production. Iowa's natural competitive advantage in growing and processing corn has helped it to move to the forefront of the emerging biofuels industry. The state provides numerous incentives and assistance programs through its Department of Natural Resources to help spur the creation of ethanol-related companies and jobs.
The North Carolina Board of Science and Technology, for a long time serving mostly in an advisory capacity to Gov. Mike Easley, increasingly is more involved in the direct delivery of technology-based economic development programs. The latest addition to its growing portfolio of programs is a $1 million Green Business Fund to help small businesses commercialize promising green and alternative energy technologies.
New Mexico’s 2008 legislative session wrapped up last week, resulting in no final action on several TBED-related bills and leading Gov. Bill Richardson to call a special legislative session to address his health care reform agenda.
Research-based companies draw much of their advantage in the market from their investment in technology development and the knowledge capital they have accumulated over time. Since this knowledge represents potential revenue, many companies jealously guard their intellectual property (IP) with non-compete clauses and other legal contracts with their employees. No company, however, can completely stop the outward flow of information.
A consistent claim in many competitiveness reports and economic development strategies is the need to increase the number of scientists and engineers in a given geographic area. But are there other factors, when coupled with the presence of scientists and engineers, that influence local long-term employment growth more than others?
Using its Occupational Employment Statistics Survey, the Bureau of Labor Statistics estimates the number of employees in about 800 separate occupations for every metropolitan area in the U.S. In the most recent version of its Science and Engineering Indicators series, the National Science Board compiled a chart organizing the number of employees in S&E occupations in 2006, the most recent data available.
Earlier this month, the Canadian Minister of Industry announced the establishment of 11 new Centres of Excellence for Commercialization and Research (CECRs) to pursue multidisciplinary work in the areas of environmental science, natural resources and energy, health and life sciences, and information and communication technologies. This $163 million investment joins a $105 million investment last year that created seven other CECRs across Canada.
With the goals of reducing crude oil consumption by a whopping 72 percent and identifying clean energy sources to cover 70 percent of the state’s energy needs by 2030, Hawaii has signed a memorandum of understanding (MOU) with the U.S. Department of Energy (DOE) to figure out exactly how to get the job done under the Hawaii Clean Energy Initiative.
Transforming as many small and medium-sized enterprises (SMEs) as possible into globally competitive firms is a challenge, as most TBED practitioners know. The complexity of combining all of Europe into a single market makes the work even more daunting.
To simplify the process for SMEs in more than 40 countries, the European Commission recently launched a consolidated Enterprise Europe Network. The network consolidates the older Euro Info Centres and the Innovation Relay Centres.
Gov. Rod Blagojevich unveiled a $25 billion capital plan supporting, in small part, several energy and technology projects, while at the same time eliminating funding in his fiscal year 2009 operating budget for several TBED-related programs within the Department of Commerce and Economic Opportunity (DCEO).
This year's edition of the Angel Capital Association's (ACA) Angel Group Confidence Report reveals that angel investors are "cautiously optimistic" about their opportunities in 2008, despite recent predictions of a slowdown for the overall U.S. economy. In a survey of ACA members, nearly 55 percent predicted that the number of angel investments made by their group and the total dollars invested will increase this year.
Across the nation, policymakers, business leaders, private foundations and nonprofit groups are investing in science, technology, engineering, and mathematics (STEM) graduates to maintain a competitive U.S. workforce. From middle school math and science labs to engineering-centered summer camps and tuition reimbursement for undergraduates who pursue these fields, there is widespread support for STEM graduates.
The best path to breaking the cycle of poverty from one generation to the next is a college degree, according to a new Brookings Institution report. Getting Ahead or Losing Ground: Economic Mobility in America reveals 41 percent of degree-holding people whose parents’ income placed their families in the bottom 20 percent of the population, or quintile, now have incomes placing them among the top 40 percent.
The innovation gap between Europe and the U.S. is shrinking by several measures, according to the latest benchmarking study from the European Union (EU). The size of the gap remains significant, however, due in part to factors such as an increasing public R&D intensity in the U.S. and a decreasing public R&D intensity in the EU.