January 16, 2008
Research Question
Ravtosh Bal
Jim Flowers
Fang Xiao
Rough Draft
In the past 5 years, two separate efforts to improve the performance of Georgia students in STEM subjects have been executed by the Georgia Department of Education and the University System of Georgia with minimal cooperation or collaboration. This apparent conflict between two separately administered programs attempting to improve performance of k12 students in stem subjects gives rise to the question: can national STEM goals be realized at the local school system level? In other words, does STEM policy matter at the local level? If not, can the policy ever be successful?
Procedures
Our data sources regarding the USG project would include interviews of the primary investigator, k12 participants, students, and data from educational outcome measures such as educational scorecards. Data regarding the State DOE effort would include interviews of the state school superintendent, program managers for math and science curriculum reform, members of the state school board association, and sample of teachers and students. Performance data is available from the State DOE on normal scorecard measures.
Cases focusing on two counties: one which participated in the NSF funded USG project and one that did not will be conducted as part of a comparative strategy.
Further description of programs to be analyzed
Units of the University System of Georgia have been engaged in a multi-year, multi-disciplinary, multi-million dollar NSF funded initiative designed to improve STEM outcomes in K12 students. One goal was to increase the responsiveness of higher education to K12 needs including, but not limited to, appropriate education and support of teachers and teacher candidates, reform of science and math curricula, promotion of STEM subjects among parents and students, and so forth. The program is now nearing the end of its funding (6 years) so now is the time to ask the question by analyzing data from the perspective of the higher ed institutions, the k12 systems, k12 teachers, and k12 students. However, K12 administrators were busy reforming science and math curricula without direct participation of higher education institutions. Circumstances in Georgia offer an opportunity to assess this intervention as a natural experiment given that not all k12 systems were chosen to participate in the NSF funded intervention. Thus state effects will be constant between the systems that participated in the program and those that did not.
August 14, 2007
That’s right. Information is the “plastic” of this century. Those that have information, control information, understand information and distribute information will be the masters of the 21st century economy. An examination of the policy debates in Congress concerning intellectual property, the policy discussions at the FCC concerning spectrum and who controls it, the debate over electronic health records, and the debate over who controls information relating to your identity, credit, and personal history point to the conclusion that information, and all the goods derived from information (knowledge, innovation, wealth, etc), is the key to economic success.
Today, for instance, NYT carries a story about Google and Microsoft investing in health information companies. A local Fox news station carries a story how a local city tried to ban cameras and recorders from capturing information discussed at meetings. The federal government is trying to quash a lawsuit alleging the government has illegally siphoned emails from the 4th largest Internet hub located in San Francisco. The government won’t divulge any information about the activity as it is a ’state secret’.
There is a good essay or two here. We’ll re-visit this topic when time permits a more thoughtful repose.
August 13, 2007
Is the Intellectual Property system (patents, copyrights, etc). The world has moved from an era of individual inventors (see Thomas Hughes: American Genesis) to one which creates by cooperation across cultures, across national boundaries and across coporate boundaries. Robert Scoble interviews IBM’s IP attorney — and he emphasizes this point.
If we don’t adjust how we innovate and how we license those innovations, our economy will follow that of England’s post-industrial slide from world domination to a former economic power.
August 13, 2007
AJC has a guest op/ed discussing how much it costs to perform the Christian ministerial duties of visiting prisoners. Between the collect calls, ATM fees, and other charges (which, ironically, are imposed by private sector contractors who resist reveiling the profit margins and whose owners have gone to prison defending their take!) incurred by the person performing one’s duty, one can incur hundreds of dollars a year if one visited once a week. Here is a worthy project for Christian political activist groups - 1) Remove barriers to visiting those in prison and 2) motivate their grassroots members to visit. If the stats are true, reporting that prisoners receiving visitors have lower rates of recidivism, then this is truly one faith-
August 10, 2007
PEW Foundation has a new study on state investment strategies regarding innovation.
Investing billions of dollars in everything from nanotechnology to health care and agricultural science R&D funds are being used by states as diverse as New York, Minnesota, Florida, Pennsylvania, Connecticut, Georgia and Arizona. California alone has committed $3 billion to a 10-year investment in stem-cell research.
One of the findings is that we have seen a rise in average investments from a few million to more than a hundred million a year in such projects (Biotech, stem cell, telecom, etc). Another interesting factoroid, 52 of 57 major telecom initiatives were located outside the United States. Georgia’s own Center for Advanced Telecommunications Technologies has been demoted to a policy center. No significant state monies have been invested in telecommunications since 2001, although a few million are in play to incentivize communities to build wireless networks.
States can do more than just invest, they can also make sure to use research produced by state dollars within state projects. Example:
A Georgia company, Lifespan Technologies, developed at Georgia Tech in 1993 commercializing technology designed to monitor bridges. That company has succeeded in marketing its product in many places, but only recently, and after some political intervention, were they able to get a pilot project here in Georgia. Some 14 years after their start!
Another firm, ReachMd Consult,
grew out of technology developed at the Medical College of Georgia in Augusta. Despite piloting in 5 Georgia rural hospitals, there has been no action by the state to roll this technology out. However, New York is actively promoting this system as a means of managing potential brain damage from stroke.
These are just two examples. I am sure there are more. State procurement laws make it easier for more established companies to do business with the state. State budget cycles add 1-2 years to the time an idea achieves status as “doable” and funding is arranged via the legislative process. In a state where attention is focused on insuring that the state taxpayer gets the proper return on their investment, we should make it easier for intellectual property developed here to start and flourish here.