One of the most popular videogames on the Internet right now is about as low-tech as a high-school social studies quiz.
The free game, Traveler IQ Challenge, has become an unlikely hit by getting players to locate Kinshasa, Moscow and other cities and attractions by clicking on a crude, two-dimensional world map, and scoring them based on the speed and accuracy of their responses. Created as a marketing gimmick in June by TravelPod, a travel Web site owned by Expedia, Traveler IQ now has more than four million people a month who play it on sites across the Internet, including Facebook's popular social network.
Traveler IQ is part of a wave of what's known in the industry as 'casual' games -- low budget, easy-to-play titles like card games and puzzles -- that lack the visual flare of slick new products for the Xbox 360 and other game consoles. Traveler IQ is also tapping into a renewed interest in geography, stimulated by new technologies like GPS satellite-based navigation devices and Google Earth, a program from Google that lets users browse a three-dimensional model of the planet.
'I'm addicted,' says John Riccitiello, chief executive of videogame publisher Electronic Arts of Redwood City, Calif. Mr. Riccitiello says his overall Traveler IQ ranking got as high as 11th in the world at one time, but his standing dropped as more people began playing the game, sinking to 204,184th. 'Once something gets really popular, you realize what a dolt you are,' says Mr. Riccitiello, who travels about 175,000 miles a year.
Traveler IQ Challenge was inspired by games played by Luc Levesque, a Canadian programmer and traveler who founded TravelPod. When he was on train trips across Turkey and driving for days to reach remote salt flats in Bolivia, Mr. Levesque, 32 years old, would randomly name a country and one of his travel companions would attempt to name another country or capital city that starts with the third letter of the previous country's name.
The idea for an online geography game occurred to Mr. Levesque in May when Facebook of Palo Alto, Calif., opened its site so independent software developers could create games, music and other simple applications that its huge audience could post on their personal Web pages. Two programmers created the game for TravelPod in just under three weeks for an amount Mr. Levesque won't disclose, but which is likely less than $30,000 at standard salaries for engineers.
The game was designed to funnel users to TravelPod.com, an ad-supported Web site that lets travelers set up blogs chronicling their trips. 'We've seen huge increases in registrations and traffic,' says Mr. Levesque, who adds that the Ottawa, Ontario, company could eventually put ads directly inside the game. More than 1.6 million people have installed the game on their Web pages on Facebook. Most of the players of the game now come through other sites that have the program on their pages, including the CBS show 'The Amazing Race.'
Traveler IQ starts out asking users to locate some of the better known cities and attractions in the world, like London, giving users a limit of about 10 seconds to pinpoint them on a map. The locations quickly get harder with cities like Ashkabat, Turkmenistan. The game tells users how close, in kilometers, they got to the actual locations and scores them accordingly, with more points awarded for shorter distances.
Andrew Bridges, an attorney at a San Francisco law firm who has traveled extensively around the world, the game is one of a number of new technologies that help stimulate his interest in distant locales. For fun, he says he'll see how fast he can manually zoom in to find a monument like the Acropolis in Athens using Google Earth.
Jerome Dobson, a geographer at the University of Kansas in Lawrence who doesn't play the game, says new technological applications like Traveler IQ are helping to revive geography after a decades-long decline in the teaching the subject in U.S. schools. Issues like climate change, globalization and the war in Iraq are also encouraging interest in far flung places. Mr. Dobson, also the president of the American Geographical Society, an association of geographers and geography enthusiasts, says writer Ambrose Bierce said around the time of World War I that ''War is God's way of teaching Americans geography.' '
Still, studies suggest there's a ways to go before the public improves its grasp of geography. A survey from early last year sponsored by the National Geographic Society found that only half of young American adults, ages 18 to 24, could locate New York state on a map. Six out of 10 couldn't find Iraq on a map of the Middle East.
Travel IQ provides its own report card, of sorts, on geographical skills. Among those who use the game on Facebook, Tata Consultancy Services, a technology consulting firm based in India, had the lowest average Traveler IQ among workplaces, at least until the rankings were updated during the middle of this week. Mike McCabe, a spokesman for Tata Consultancy Services in the U.S., in an email called the findings 'interesting' and said the company will consider them when training its staff, though he said, 'Engineering skills and an overall cultural understanding of the company and its customers' are higher priorities at Tata than geography.
Harvard’s new financial aid policy is the boldest move yet to mitigate the soaring costs of a college education. Most previous efforts to make higher education affordable have focused, as they should, on helping low-income students. Now Harvard will also provide generous aid to students whose annual family incomes reach as high as $180,000. It is a welcome move, but also a disturbing admission that the priciest colleges are now beyond the reach of even many upper-middle-class families.
The cost of attending college has been rising faster than inflation and faster than family incomes, prompting anguished outcries from consumers and calls in Congress for colleges to rein in their costs or disgorge more of their endowments. Some of the most expensive schools have responded with new aid programs. Princeton, in a move emulated by others, shifted to grants from loans, easing the debt burden on students, and removed home equity from financial aid calculations. Harvard’s new policy also includes these provisions.
Harvard currently provides a free undergraduate education to students from families earning up to $60,000 a year. Under its new plan, families earning between $120,000 and $180,000 a year would pay only 10 percent of their incomes for tuition and fees on an education that is currently priced at more than $45,000 a year. More than 90 percent of American families would be eligible for aid, Harvard officials estimate.
The new standards will make the cost of a Harvard education comparable to the charges at the nation’s leading public universities. The new approach should allow more students to engage in unpaid research, unpaid summer internships and study abroad. Students who graduate with little or no debt could more readily pursue low-paying careers in public service.
Although Harvard is often a trendsetter, it is not clear that many other schools can afford to follow. Its endowment of $35 billion is the largest of any university. Most other colleges rely heavily on tuition and fees and can’t readily give up that income. There are more than 60 colleges that have endowments that exceed $1 billion that ought to move at least partially in the same direction.
Students attending public colleges have also faced steep cost increases, in part because state governments have become stingier in providing support. Governors and legislators ought to be ashamed if their flagship public universities charge more than a high-priced private school like Harvard.
at Montpellier, France; founded 1220 by Cardinal Conrad and confirmed by papal bull. The university was suppressed during the French Revolution and replaced by faculties of medicine, pharmacy, science, and letters of the Univ. of France. It was reestablished as a university in 1896. In 1970 it was divided into three units: Univ. of Montpellier I (where the medical school is located), Univ. of Montpellier II (also known as Univ. of Technical Sciences, with faculties of engineering, sciences, and business management), and Univ. of Montpellier III (Paul Valéry Univ., with faculties of arts, letters, philosophy and linguistics, languages, literature, human and environmental sciences, economics, mathematics, and social sciences).
(bull, papal:教宗詔書;教宗訓諭:為教宗所頒發的最隆重之文告;通常以「某某主教,天主眾僕之僕」字句開始;如任命主教的文告即是。拉丁語原文為Bulla,指鉛封而言。教宗使用的公文程式均為拉丁文,共分五種:(1)詔書 Bulla。(2)自動詔書 Motu Proprio。(3)通諭 Littera Encyclica。(4)宗座簡函 Brevis。(5)牧函 Littera Pastoralis。)回到天主教字典
When I was in primary school, the science room in the old wooden school building was one place I didn't want to go near. In the eerie gloom, by a shade curtain, there were rows of jars containing specimens in formaldehyde. And of all things, there was an anatomical model of the human body. I even heard rumors that the room was haunted.
I do not know how scenes of science rooms affected the scientific curiosity of people at the same age.
Nowadays, science rooms are said to be bright and well-equipped. Unfortunately, however, the dismal reality today is that Japan's 15-year-olds are the least interested in science among their peers around the world.
According to the 2006 Program for International Student Assessment conducted on 15-year-olds in 57 countries and regions by the Organization for Economic Cooperation and Development (OECD), Japanese teenagers did worse than the previous survey three years ago in three tests--scientific literacy, mathematical literacy and reading ability. Japan is now far behind the world's smartest group.
The Japanese youngsters not only scored poorly in scientific literacy, but revealed an even more disturbing lack of interest and eagerness in science itself. They placed last in the world in their level of interest in reading books about science, as well as in their frequency of watching science programs on television or reading newspaper and magazine articles on science.
A high academic performance can be expected only if the student is highly interested in the subject.
Japan is said to have progressed rapidly in the study of physics since World War II. Asked why by a non-Japanese person, Nobel laureate physicist Shinichiro Tomonaga (1906-1979)朝永振一郎 reportedly answered, "It was because we Japanese tried to compensate for our intellectual starvation during the war."
It appears that intellectual curiosity is numbed by a surfeit of information that can be obtained without any effort. Inundated with information as we are today, we can readily find an answer to any question we have. And as our ability to wonder about the unknown becomes dull, we apparently become increasingly less inclined to wonder about anything.
As if Tomonaga foresaw our present age, he once said that the job of a teacher is to make sure his or her students did not become surfeited with knowledge.
--The Asahi Shimbun, Dec. 6(IHT/Asahi: December 7,2007)
━━ n. 付加, 増加, 加算; 付加物; 〔米・カナダ〕 増築部分. in addition (to) (…に)加えて, その上. ad・di・tion・al ━━ a. 付加の, 追加の.
Albert W. Tucker
Extracts from an obituary by Sylvia Nasar in the New York Times, 1995-1-27, with a brief addition at the end by Martin J. Osborne.
Albert William Tucker ... was chairman of the mathematics department at Princeton University in the 1950's and 1960's, but effectively presided over it during World War II. ...
An admired teacher, Professor Tucker had a somewhat atypical trajectory that stretched from Princeton's heyday of John von Neumann and Albert Einstein through the Cold War years of military research to the anti-war demonstrations on campus of the early 1970's.
Professor Tucker's best-known work, in which he created the mathematical foundations of linear programming, was the product of a second career in mathematics that did not begin until he was 45 and swamped with wartime work, administrative duties and three boisterous young children.
Linear programming, or operations research, grew out of the logistical problems of the Army and Navy during World War II. It is a handy mathematical tool for maximizing the use of some scares resource. It is now used by the AT&T Corporation to design communications networks, by oil companies to run refineries and by the Navy to route its supply ships.
As a skilled communicator, he solved the problem of explaining game theory to psychology majors at Stanford in 1950 by dreaming up one of the most famous examples in all mathematics: the so-called Prisoners' Dilemma. [MJO: Nasar's claim that the Prisoner's Dilemma is one of the most famous examples in mathematics is surely incorrect. It is, however, a famous example in game theory, without question the most well-known strategic game. Further, Tucker did not "dream it up". The game originated with others; Tucker invented its well-known interpretation.]
It is a story of two criminals confronted with the choice of confessing or denying their crimes. For each, the consequences depend on what the other prisoner decides to do. If they guess right, they can go free. If both guess wrong, they both have the book thrown at them. Dr. Tucker's tale spurred a vast literature in philosophy, biology, sociology, political science and economics.
Mostly, though Dr. Tucker was the intellectual soul of Princeton's mathematics department. Martin Shubik, a professor economics at Yale University, recalled in an essay that the math department under Dr. Tucker was "electric with ideas and the sheer joy of the hunt."
"If a stray 10-year-old with bare feet, no tie, torn blue jeans and an interesting theorem walked into Fine Hall at teatime, someone would have listened," Professor Shubik wrote.
Professor Tucker was the mentor of a remarkable generation of mathematicians, including Ralph Gomory, the former research chief at I.B.M. who is now president of the Sloan Foundation of New York; Marvin Minsky, head of the artificial intelligence program at the Massachusetts Institute of Technology; and Jack Milnor, of the State University at Stony Brook, L.I., a winner of the Fields Medal, mathematics's equivalent of the Nobel Prize. He also trained the first generation of game theorists, including John Forbes Nash, Jr., who won a Nobel Memorial Prize in Economic Science last year.
Students flocked to Dr. Tuckers because of his willingness to back the more independent-minded ones. Dr. Von Neumann for example, disapproved of Dr. Nash's approach to game theory, but Professor Tucker, unfazed by Professor Von Neumann's glamour and prestige, encouraged Dr. Nash to pursue his own ideas. "He was extremely flexible as a thesis adviser and as an adviser in general," Dr. Nash said yesterday.
Dr. Tucker, a son of a high school teacher turned minister, came from a poor family in Ontario, Canada. No prodigy, Professor Tucker has to repeat his senior year of high school to retake the qualifying examination for a provincial scholarship he needed to attend college. After getting a B.A. in 1928 and M.A. in 1929 from the University of Toronto, he went to Princeton as a doctoral student.
As a first-year graduate student at Princeton, he taught calculus for a senior faculty member and protested that the professor was going too fast for his students until, finally, the professor tried to have him removed from the math department. After the dean of the faculty heard the particulars, however, Dr. Tucker was promoted.
After 1945, Professor Tucker never submitted a paper of his own for publication in a journal. He wrote conference papers with students, his son, Alan, said, but "he wanted to leave space in the journals for the next generation."
For example, the well-known Kuhn-Tucker theorem, a basic result in linear programming, never appeared in a journal but rather a volume of conference proceedings.
After his retirement in 1974, Professor Tucker tried to recapture some of the magic of Princeton's mathematics department in the 1940's. He organized a novel oral history project involving hundreds of taped interviews with former faculty members and students. He also procrastinated, his former colleagues recall fondly. His last book, published recently, was in the works for 18 years.
...
Addition by Martin J. Osborne: During Tucker's time as chair of the Math Department at Princeton, instructors in PhD courses did not award grades. At some point, the Dean of Graduate Studies demanded that they start doing so. Tucker's response was to invent the grade of "N"---meaning "no grade"! [Source: "Mathematics in the Movies" by Harold W. Kuhn (paper to be published, in Italian, in the proceedings of a conference on "Mathematics and Culture" in Venice, Italy,
Irish universities put in good performances on the global front in the recently published THES-QS World University Rankings. Some colleges rose more than 100 places in the space of a year, and one narrowly failed to make the top 50. On the face of it this was a good result for a small island but just how important are such lists?
Eight of Ireland’s third-level institutions featured in the fourth annual ranking of the world’s top 500 universities.
Trinity College Dublin (TCD) climbed to 53rd from 78th last year, following a concerted campaign by the college to hit the top 50.
John Hegarty, the provost of TCD, said he was surprised to have come so close to the target, believing it would take a few more years to get there. Hegarty insists, though, that the push towards the top has not had any detrimental effect on undergraduate learning. He said student-staff ratios at TCD ensure that all undergraduate students benefit from one-to-one support from lecturers and tutors while studying.
“The campaign had several fronts,” Hegarty said. “We employ the best minds in the world to educate our students, while simultaneously advancing knowledge. Research and education are two sides of the same coin. If there is excellence in research, there is excellence in education and learning”. He added: “People are taking these lists very seriously. We live in a competitive world, and we need to be pushing all the time.
Hugh Brady, the president of University College Dublin (UCD), said university league tables are a reality but shouldn’t be the driving force behind the way colleges operate. He said that UCD had just passed through a period of intense change that was challenging for all concerned, and that its ranking of 177th was extremely “gratifying”.
Describing it as a “great boost”. Brady said high rankings greatly improve a college’s chances of recruiting students from overseas, but admitted that there was a “natural tension” between undergraduate learning and so-called fourth-level university activity, the commercialisation of research work. “It’s something we have have to watch very carefully,” he conceded.
Dublin City University (DCU) saw its ranking rise by 141 places to 300th, the biggest improvement by any college. Ferdinand von Prondzynski, the president of DCU, said staff were pleasantly surprised by their performance, and the college hopes for an equally significant jump next year.
“DCU has given extra weight to research funding in the last couple of years and that is reflected in this year’s rankings. We jumped far more than we had expected to,” von Prondzynski said.
He said international league tables are useful when trying to secure foreign investment for research projects. But he warned
that significant increases in government funding are needed. “We’ve been very good at providing high-quality education at a low cost base, but there are limits to that. Unless there is a serious reappraisal of core funding, the quality of undergraduate learning will start to suffer.”
Dublin Institute of Technology (DIT) saw its position improve too, moving from 370th to 351st. But Frank McMahon, DIT’s director of academic affairs, said the college had little control over the outcome. “More than half of the allocated marks are given by peer review and by recruiter review. All we can do is our best and hope we will be reviewed positively,” he said. “It’s heartening to see that we are well-received, though, and it certainly has an impact on our attractiveness to both students and staff.”
DIT began to widen its research remit about five years ago in a bid to attract international students. It hopes they will soon account for 10% of its numbers. McMahon acknowledged that foreign students represent a cash injection into the college, through their fees, but added that they also enrich college life. “International students add diversity to the learning environment,” he continued, “and can share their wealth of knowledge from their own systems.”
The Department of Education said it did not “generally comment on the compilation of league tables for schools or other educational institutions”, but added that it had made a “massive investment” across the third-level sector in the past 10 years.
The department said that ¤13 billion will be invested over the next six years to cover day-to-day funding of colleges, and that recurring departmental funding of third-level research stands at ¤94m. “Continuing to improve third-level education and developing ‘fourth-level Ireland’ is central to building a better economy and society,” the department said.
But Sean Barrett, senior lecturer in economics at TCD, said university league tables are little more than an exercise in public relations and said the move to increase the number of overseas students is set to deprive Irish students of college places.
“They are closing doors on Irish 18-year-olds, by selling places to foreign students,” he said. “They are actively excluding the sons and daughters of the taxpayers who pay their wages. Somebody should tell them to step back into the lecture hall.”
From The Times
November 8, 2007
Why 4/10 is a great score for Britain's universities
Alexandra Frean, Education Editor
Cambridge and Oxford are the second best universities in the world according to the latest rankings, and British universities are closing the gap with those in the United States.
Oxford and Cambridge share the number two spot with Yale, with Harvard ranked number one in the latest league tables from The Times Higher Education Supplement.
The findings will bring cheer to the higher education sector in Britain at a time of growing concern among vice-chancellors and employers that British universities will lose students to better-financed institutions abroad and that business will then follow them with jobs and investment.
They are also likely to add to pressure from vice-chancellors for a rise in the £3,000 annual tuition fee cap at British universities to ensure that they have sufficient funding to compete on the world stage effectively John Hood, the vice-chancellor of Oxford, said that the success of the university in the rankings – Oxford had moved up – had been achieved “despite the fact that its resources are considerably more limited than its international counterparts, particularly in the US”.
Wendy Piatt, the director-general of the Russell Group of elite research-led universities, said: “We recognise that our universities must continue to rise to the challenges of increasing global competition and increasing investment by other countries in their universities if we are to retain our status as truly world-class institutions.”
Professor Rick Trainor, the president of Universities UK, representing vice-chancellors, added: “Our competitors are increasingly marketing themselves more aggressively so it is vital that the UK remains among the foremost destinations for international students and staff.”
Britain now has four universities rated among the top ten in the list of the best 100, according to the rankings.
University College London rose from 25th position last year to ninth in the table, entering the top ten for the first time and rising farther than any other major institution. Imperial College, London also improved its standing this year, rising from ninth place to fifth.
Harvard, whose endowment of $35 billion (£16.6 billion) is roughly equal to the combined annual funding for all English universities, tops the table, but its lead over its closest rivals has fallen from 3.2 to 2.4 points. Nunzio Quacquarelli, the managing director of QS, the careers and education group that compiled the rankings, said: “In an environment of increasing student mobility, the UK is putting itself forward as a top choice for students worldwide.
“They are taking a closer look at the quality of faculty, international diversity and, of course, to the education they will receive.”
The rankings are based on a survey of academics and companies employing graduates, international student and staff numbers and research citations. The factors were weighted and transformed into a scale giving the top university 100 points and ranking the others as a proportion of that score.
The presence of so many American and British universities at the top of the rankings reflects the dominance of English as the world language for academic publishing.
Top class
1 Harvard University US 2 University of Cambridge UK 2 University of Oxford UK 2 Yale University US 5 Imperial College, London UK 6 Princeton University US 7 California Institute of Technology (Caltech) US 7 University of Chicago US 9 University College London (UCL) UK 10 Massachusetts Institute of Technology (MIT) US
People need to read the methodology of THES before commenting. The movement to a Z based criteria score meant that LSE being top of the international student criteria did not lead to it having disproportionate weight. in that criteria leading to an inflated global ranking. It is a specialist institution. which is reflected in it being 3rd world wide for social sciences, but not being able to compete with comprehensive universities.
More importantly, the bias which is the Ivy League has held long enough. American Universities have had a big propaganda machine (look what a good one did for LSE in such a short time). Propaganda does not make a university better, it just diverts funds and LSE (53rd out of 56th in the UK for teaching) suffered, like some US Universities.
However, research scores are skewed heavily this time. Not at Purchasing Power Parity, with the US Dollar weakening, UK institutions got a skewing boost from a strong pound. Same research, just worth nominally more.
Vishal Mirpuri, UCL,London,
1. Korea Univ 2. Harvard
ABC, Seoul, Seoul /Korea
The LSE not in the top 50???? How can an institution go from being safely in the top 20 for several assessments consecutively to jumping out of the top 50?? Surely the change in criteria does not truely reflect reality. Also UCL ahead of MIT? Stanford not in the top 10??
Tony, Manchester,
Can it really be that no non-English speaking university can make this grade?
Mark Runacres, Delhi,
the list ...to my opinion.
1.Massachusetts Institute of Technology (MIT) US this should be the first! 2.University College London (UCL) UK this should be the second.
believe me.
9. University of Cambridge UK 10.Harvard University US so is correct.
gianni, munich, germany
Harvard above Oxbridge?!! You're having a laugh!!
margeret, london,
Second EQUAL? Are you sure the list wasn't just made up to rankle alumni of Both Places?
Re “50 City Schools Get Failing Grade in a New System” (front page, Nov. 6):
No doubt the mayor and the schools chancellor will now be the recipients of unending grief from those schools and principals who feel they were graded unfairly.
Grading schools is as absurd as grading students. The criteria for both are equally detrimental to achieving the goals of a truly useful education: self-awareness, an engaged citizenry and the skills necessary to generate meaningful, dignified work.
Until we address the core societal conditions that now make such goals unattainable for the vast majority, there is little hope that obfuscating parlor tricks like high-stakes testing, free cellphones for every child and schoolwide report cards will serve as successful incentives. (紐約時報讀者投書)
To make so confused or opaque as to be difficult to perceive or understand: “A great effort was made . . . to obscure or obfuscate the truth” (Robert Conquest).
To render indistinct or dim; darken: The fog obfuscated the shore.
[Latin obfuscāre, obfuscāt-, to darken : ob-, over; see ob– + fuscāre, to darken (from fuscus, dark).] v. tr. - 弄暗, 使迷亂, 使模糊 日本語 (Japanese) v. - 困惑させる, 不明瞭にする, 混乱させる, 当惑させる, わかりにくくする
parlor trick (ちゃちな)お座敷芸, 隠し芸.
The practice of making retention decisions on the basis of the results of a single test — called “high-stakes testing”
Political leaders, tech executives, and academics often claim that the U.S. is falling behind in math and science education. They cite poor test results, declining international rankings, and decreasing enrollment in the hard sciences. They urge us to improve our education system and to graduate more engineers and scientists to keep pace with countries such as India and China.
Yet a new report by the Urban Institute, a nonpartisan think tank, tells a different story. The report disproves many confident pronouncements about the alleged weaknesses and failures of the U.S. education system. This data will certainly be examined by both sides in the debate over highly skilled workers and immigration (BusinessWeek.com, 10/10/07). The argument by Microsoft (MSFT), Google (GOOG), Intel (INTC), and others is that there are not enough tech workers in the U.S.
The authors of the report, the Urban Institute's Hal Salzman and Georgetown University professor Lindsay Lowell, show that math, science, and reading test scores at the primary and secondary level have increased over the past two decades, and U.S. students are now close to the top of international rankings. Perhaps just as surprising, the report finds that our education system actually produces more science and engineering graduates than the market demands.
Junior Scientists on the Rise
These findings go against what has been the dominant position about our education system and our science and engineering workforce. Consider reports on national competitiveness that policymakers often turn to, such reports as the 2005 "Rising Above the Gathering Storm" by the National Academy of Sciences. This report says the U.S. is in dire straits because of poor math and science preparation. The report points to declining test scores, fewer students taking math and science courses, and low-quality curriculums and teacher preparation in K-12 education compared to other countries.
The call has been taken up by some of the most prominent people in business and politics. Bill Gates, chairman of Microsoft, said at an education summit in 2005, "In the international competition to have the biggest and best supply of knowledge workers, America is falling behind." President George W. Bush addressed the issue in his 2006 State of the Union address. "We need to encourage children to take more math and science, and to make sure those courses are rigorous enough to compete with other nations," he said.
Salzman and Lowell found the reverse was true. Their report shows U.S. student performance has steadily improved over time in math, science, and reading. It also found enrollment in math and science courses is actually up. For example, in 1982 high school graduates earned 2.6 math credits and 2.2 science credits on average. By 1998, the average number of credits increased to 3.5 math and 3.2 science credits. The percent of students taking chemistry increased from 45% in 1990 to 55% in 1996 and 60% in 2004. Scores in national tests such as the National Assessment of Educational Progress, the SAT, and the ACT have also shown increases in math scores over the past two decades.
And the new report again went against the grain when it compared the U.S. to other countries. It found that over the past decade the U.S. has ranked a consistent second place in science. It also was far ahead of other nations in reading and literacy and other academic areas. In fact, the report found that the U.S. is one of only a few nations that has consistently shown improvement over time.
Why the sharp discrepancy? Salzman says that reports citing low U.S. international rankings often misinterpret the data. Review of the international rankings, which he says are all based on one of two tests, the Trends in International Mathematics & Science Study (TIMMS) or the Programme for International Student Assessment (PISA), show the U.S. is in a second-ranked group, not trailing the leading economies of the world as is commonly reported. In fact, the few countries that place higher than the U.S. are generally small nations, and few of these rank consistently high across all grades, subjects, and years tested. Moreover, he says, serious methodological flaws, such as different test populations, and other limitations preclude drawing any meaningful comparison of school systems between countries.
Enough Jobs for the Grads?
As far as our workforce is concerned, the new report showed that from 1985 to 2000 about 435,000 U.S. citizens and permanent residents a year graduated with bachelor's, master's, and doctoral degrees in science and engineering. Over the same period, there were about 150,000 jobs added annually to the science and engineering workforce. These numbers don't include those retiring or leaving a profession but do indicate the size of the available talent pool. It seems that nearly two-thirds of bachelor's graduates and about a third of master's graduates take jobs in fields other than science and engineering.
Michael Teitelbaum, vice-president of the Alfred P. Sloan Foundation, which, among other things, works to improve science education, says this research highlights the troubling weaknesses in many conventional policy prescriptions. Proposals to increase the supply of scientists and engineers rapidly, without any objective evidence of comparably rapid growth in attractive career opportunities for such professionals, might actually be doing harm.
Shortages in Specific Skills
In previous columns, I have written about research my team at Duke University completed that shattered common myths (BusinessWeek.com, 7/10/06) about India and China graduating 12 times as many engineers as the U.S. We found that the U.S. graduated comparable numbers and was far ahead in quality. Our research also showed there were no engineer shortages (BusinessWeek.com, 11/7/06) in the U.S., and companies weren't going offshore because of any deficiencies in U.S. workers.
So, there isn't a lack of interest in science and engineering in the U.S., or a deficiency in the supply of engineers. However, there may sometimes be short-term shortages of engineers with specific technical skills in certain industry segments or in various parts of the country. The National Science Foundation data show that of the students who graduated from 1993 to 2001, 20% of the bachelor's holders went on to complete master's degrees in fields other than science and engineering and an additional 45% were working in other fields. Of those who completed master's degrees, 7% continued their education and 31% were working in fields other than science and engineering.
There isn't a problem with the capability of U.S. children. Even if there were a deficiency in math and science education, there are so many graduates today that there would be enough who are above average and fully qualified for the relatively small number of science and engineering jobs. Science and engineering graduates just don't see enough opportunity in these professions to continue further study or to take employment.
Creating Wider-Ranging Demand
With U.S. competitiveness at stake, we need to get our priorities straight. Education is really important, and a well-educated workforce is what will help the U.S. keep its global edge. But emphasizing math and science education over humanities and social sciences may not be the best prescription for the U.S. We need our children to receive a balanced and broad education.
Perhaps we should focus on creating demand for the many scientists and engineers we graduate. There are many problems, from global warming to the development of alternative fuels to cures for infectious diseases, that need to be solved. Rather than blaming our schools, let's create exciting national programs that motivate our children to help solve these problems.
Wadhwa is Wertheim Fellow at the Harvard Law School and executive in residence at Duke University. He is a tech entrepreneur who founded two technology companies. His research can be found at www.globalizationresearch.com .
Quote from W. Edwards Deming: Forces of Destruction: grades in school, merit system, incentive pay, business plans, quotas.
Focus on rankings hurts children's education
10/27/2007
Kyoko Kishida, a celebrated character actress who died at 76 last December, wrote in an essay that she used to be partial to children who had strong personalities. She was delighted, she recalled, whenever she came across a youngster who was too individualistic to keep pace with his or her peers.
But, Kishida went on, all that changed when she became a mother. "Hurry up and finish your meal," she would snap at her child. "Have you done your homework?"she would nag. She worried about her child not being accepted by peers. From her writing, I can almost hear her sighing at herself in dismay for having become "another typical adult."
However, I imagine parents just can't help being "typical adults," nor can they ignore the results of the education ministry's latest nationwide survey of primary and junior high school students' scholastic ability.
The survey reveals exactly where each prefecture ranks in scholastic aptitude. Although the rankings were made by city, town or village as well as by school, the results were not officially announced. I should think many parents are feeling uneasy, imaging what the results of their children's school was.
Education boards of lower-ranked prefectures are not happy. "I was shocked," said a board member in lowest-ranked Okinawa Prefecture. A board member in Osaka lamented, "I thought we'd done everything we could think of for our kids." And a Kochi board member sounded like the commander of a defeated army, saying the board should "apologize to the kids."
It is difficult to analyze the results of a survey with complete accuracy. But rankings are easy to understand, so people tend to focus on them and talk about them, proudly or dejectedly, depending on where they stand.
The survey in question has been much touted by the education ministry. But I can't really see anything positive in it, if all it does is make parents and educators around the nation happy or miserable over what may only be superficial phenomena.
To go back to Kishida: By her own account, she could not do division even in her upper years in primary school. But when her mother helped her understand what it meant to divide a number, a whole new world opened up for her.
The education ministry will conduct another survey next year. This worries me. I just hope it will not result in schools becoming overly zealous to teach youngsters how to score higher in tests to improve their national rankings, and consequently depriving them of the thrill and joy of understanding something new.
--The Asahi Shimbun, Oct. 26(IHT/Asahi: October 27,2007)
琵 琶演奏家--駱昭勻(Luo Chao-yun),曾受邀出訪臺灣(多次)、北京(多次)、新加坡、馬來西亞(兩次)、葡萄牙、巴基斯坦、尼泊爾、哥斯大黎加(兩次)、義大利、美國 (三次)、英國、荷蘭、巴西、保加利亞等國之重大國際藝術節上舉辦琵琶巡迴獨奏會、即興演奏會、協奏曲,座無虛席,其演奏風格典雅,深受各國媒體評論界及 樂迷們的喜愛。並以訪問教授身份客座講學及教學於葡萄牙里斯本音樂學院(Conservatorio Nacional-Lisbon)、英國國立布萊頓大學(University of Brighton, UK)、哥斯大黎加埃雷迪亞國立大學音樂學院(Escuela de Musica-Heredia Universidad National)、國立哥斯大黎加大學音樂系(UNA)、哥斯大黎加大學音樂系(UCR)、馬來西亞慧音社華樂團、荷蘭Zwolle音樂學院、美國賓州 桑德曼音樂學院(Sunderman Conservatory of Music, Gettysburg College)、美國加州州立大學洛杉磯分校(CSULA)、國立臺灣師範大學音樂系、交通大學音樂研究所『九五音樂論壇』演講系列等。2004年出版 第一張個人獨奏專輯,深受好評,2006年8月出版第二張個人獨奏專輯。
鋼 琴演奏家--胡與之,臺東馬蘭阿美族。英國倫敦大學音樂研究所鋼琴演奏與理論碩士,倫敦大學音樂系鋼琴演奏學士。接受 David Carhart博士及皇家音樂學院鋼琴教授 Yonty Solomon指導。目前任教於臺灣聖經學院音樂系,文化大學及真理大學推廣部音樂系講師,以及臺北佛光,廣賢及台東日光合唱團伴奏,曾任臺北市政府原住 民兒童合唱團之專任指揮。
1994 年遠赴英國,於倫敦 Ealing Music School 發表個人鋼琴獨奏會。獲選為 Goldsmiths交響樂團鋼琴首席,與其合作演出 Constant Lambert鋼琴協奏曲。他也是室內合唱團男高音及現代室內樂團成員,於倫敦皇家慶典音樂廳演出。其個人創作之室內樂曲 Strung up string quartet 獲 Kreutzer 弦樂四重奏入選為音樂會曲目在倫敦舉行世界首演。加入 Conway Hall網路現場轉播演出現代即興音樂表演,BBC國家廣播電台之節目錄音 Interview for World Service 獨奏Prokofiev 之鋼琴作品。獲選參與台北駐英大使館音樂會的鋼琴獨奏。2002年回臺後舉辦【環島鋼琴獨奏會】於靜宜大學,長榮大學,文藻學院,台東大學,政治大學及台 灣大學。並與台北市原住民親善訪問團赴中國大連市表演阿美族傳統歌舞,於臺北市政府劇場與多元文化藝術團演唱阿美族傳統歌謠。指揮原住民兒童合唱團在市政 府,公共電視臺演出,舉辦多場鋼琴獨奏會於天母也趣藝廊。
Can it really be that no non-English speaking university can make this grade?
Mark Runacres, Delhi,
the list ...to my opinion.
1.Massachusetts Institute of Technology (MIT) US
this should be the first!
2.University College London (UCL) UK
this should be the second.
believe me.
9. University of Cambridge UK
10.Harvard University US
so is correct.
gianni, munich, germany
Harvard above Oxbridge?!! You're having a laugh!!
margeret, london,
Second EQUAL? Are you sure the list wasn't just made up to rankle alumni of Both Places?
Ian Kemmish, Biggleswade, UK