Maybe that’s what happened to the girl from Reason.tv. In this video clip (spotted on BoingBoing a couple of days ago) Matt Damon responds to her assertion that he works hard because acting is insecure, therefore teachers would be better if their ‘incentives’ were similar. Coz it’s in their interest to, see?
Asking a man who financially never needs to work again to agree that the fear of not having a job is what motivates him/teachers is head-scratchingly silly.
By the by, in the BoingBoing comments, Cory Doctorow also makes a beautiful case for education as a public good:
“Education is a public good. It is best supplied and paid for by the group as a whole, because no individual or small collective can produce the overall social benefit that the nation can provision collectively.
Education doesn’t respond well to market forces because many of the social goods that arise from education—socialization, a grounding in civics, historical context, rational and systematic reasoning—are not goods or services demanded by a market, but rather they are the underlying substrate that allows people to intelligently conduct transactions in a marketplace as well as establishing and maintaining good governance.
There is a long and wide body of evidence that people with wide, solid educational foundations that transcend mere vocational skills produce societies that are more prosperous, more transparent, healthier, more democratic—that attain, in short, all the things we hope markets will attain for us.
… But functional democracies require that all people—not just those who are already wealthy—are given the foundational knowledge that allows them to prosper and participate in the full range of social activities that make nations great.”
Blogging has been very slow here, but I thought this was so nicely expressed it was worth reposting. This is certainly true of first and second level – but the best University system in the world (the US) has a mixed private and public provision model based on astonishing diversity of options.
I knew there was a reason I don’t really like these things:
One of the key themes emerging from the study, as well as from earlier research into reading behavior, is that people in general and students in particular read in a variety of ways. Sometimes they immerse themselves in a text, reading without interruption. Sometimes they skim a text to get a quick sense of the content or the argument. Sometimes they search a text for a particular piece of information or a particular topic. Sometimes they skip back and forth between two or more sections of a text, making comparisons. And sometimes they take notes, make marginal annotations, or highlight passages as they read. Reading is, moreover, a deeply personal, highly idiosyncratic activity, subject to all kinds of individual quirks. Every reader is unique.
Because we’ve come to take printed books for granted, we tend to overlook their enormous flexibility as reading instruments. It’s easy to flip through the pages of a physical book, forward and backward. It’s easy to jump quickly between widely separated sections, marking your place with your thumb or a stray bit of paper or even a hair plucked from your head (yes, I believe I’ve done that). You can write anywhere and in any form on any page of a book, using pen or pencil or highlighter or the tip of a burnt match (ditto). You can dog-ear pages or fold them in half or rip them out. You can keep many different books open simultaneously, dipping in and out of them to gather related information. And when you just want to read, the tranquility of a printed book provides a natural shield against distraction. Despite being low-tech – or maybe because of it – printed books and other paper documents support all sorts of reading techniques, they make it easy to shift seamlessly between those techniques, and they’re amenable to personal idiosyncrasies and eccentricities.
E-books are much more rigid. Refreshing discrete pages of text on a fixed screen is a far different, and far less flexible, process than flipping through pliant pages of fixed text. By necessity, a screen-based, software-powered reading device imposes navigational protocols and routines on the user, allowing certain patterns of use but preventing or hindering others. All sorts of modes of navigation and reading that are easy with printed books become more difficult with electronic books – and even a small degree of added difficulty will quickly frustrate a reader. Whereas a printed book adapts readily to whoever is holding it, an e-book requires the reader to adapt to it.
I can imagine that the e-book readers will end up being integrated as just another tool among the many others that students and others will end up using. Certainly when the number of books and papers you need to consult rises above one, an e-book reader becomes just another information provision artifact (and paper has worked well for rather a long time!).
The researchers provide an illuminating case study showing how important cognitive mapping can be:
[One student] used kinesthetic cues such as folded page corners and the tangible weight of the printed book to help him locate content quickly. He told us that “after I’ve spent some time with the physical book, I know … exactly how to open it to the right page. … I kind of visually can see where I am in the book.” His physical experience with the text changed dramatically when he began using his Kindle DX: He lost these kinesthetic cues and spent much more time hunting for information than he had previously done. He stopped using the Kindle DX for his assigned academic readings because he wanted to remain as productive and efficient as he was before he received his Kindle DX.
Actual empirical evidence on alternate pedagogical methods is important!
This is isn’t good:
Since 1978, the price of tuition at US colleges has increased over 900 percent, 650 points above inflation. To put that number in perspective, housing prices, the bubble that nearly burst the US economy, then the global one, increased only fifty points above the Consumer Price Index during those years. But while college applicants’ faith in the value of higher education has only increased, employers’ has declined. According to Richard Rothstein at The Economic Policy Institute, wages for college-educated workers outside of the inflated finance industry have stagnated or diminished. Unemployment has hit recent graduates especially hard, nearly doubling in the post-2007 recession. The result is that the most indebted generation in history is without the dependable jobs it needs to escape debt.
What kind of incentives motivate lenders to continue awarding six-figure sums to teenagers facing both the worst youth unemployment rate in decades and an increasingly competitive global workforce?
During the expansion of the housing bubble, lenders felt protected because they could repackage risky loans as mortgage-backed securities, which sold briskly to a pious market that believed housing prices could only increase. By combining slices of regionally diverse loans and theoretically spreading the risk of default, lenders were able to convince independent rating agencies that the resulting financial products were safe bets. They weren’t. But since this wouldn’t be America if you couldn’t monetize your children’s futures, the education sector still has its equivalent: the Student Loan Asset-Backed Security (or, as they’re known in the industry, SLABS).
SLABS were invented by then-semi-public Sallie Mae in the early ’90s, and their trading grew as part of the larger asset-backed security wave that peaked in 2007. In 1990, there were $75.6 million of these securities in circulation; at their apex, the total stood at $2.67 trillion. The number of SLABS traded on the market grew from $200,000 in 1991 to near $250 billion by the fourth quarter of 2010. But while trading in securities backed by credit cards, auto loans, and home equity is down 50 percent or more across the board, SLABS have not suffered the same sort of drop. SLABS are still considered safe investments—the kind financial advisors market to pension funds and the elderly.
(more via link above)
While full, economic fees will have to return in some form – student loans as the mechanism are on this evidence not a good option…
On Facebook, the Employment Control Framework and root gardening | An eye on science and what makes it going
In 2003 Mark Zuckerberg created Facebook, an idea now worth 65 billions dollars that has changed the way people communicate. This is probably the most successful venture in the history of capitalism, hence in the history of modern economy.
DICK AHLSTROM, Science Editor
DO YOU forget names seconds after an introduction? If so, then come along to the Science Gallery where you can participate in experiments in an exhibition called Memory Lab.
More here: http://sciencegallery.com/events
Science and Innovation Policy in the ‘Towards Recovery: Programme for a National Government 2011-2016’
The Programme is available here.
The major section dealing with science and innovation policy reads as follows (pp 9 – 10):
Innovation and Commercialisation
We will implement innovation and commercialisation policies as outlined below subject to cost benefit analysis.
• We will progressively implement the recommendations in the Trading and Investing in the Smart Economy Report
• We will support our indigenous digital game industry by reforming R&D supports available to the industry, setting aside funding from Innovation Fund Ireland for a seed capital scheme for Irish digital gaming start-ups, introduce a digital media component to Transition Year programmes and promote Ireland as digital gaming hub.
• We will develop Ireland as a ‘digital island’ and first-mover when it comes to information technology by ensuring more progress on e-Government and moving Government services online, investing in ICT in schools, and investing in information technology in the healthcare sector.
• We will make Ireland a leader in the emerging I.T. market of cloud computing by promoting greater use of cloud computing in the public sector, organising existing State supports for cloud computing into a package to promote Ireland as a progressive place for I.T. investment, establishing an expert group to address new security and
privacy issues arising from the use of cloud computing and reviewing the adequacy of current legislation and identify what steps need to be taken to ensure a supportive regulatory environment.
• We will develop a National Intellectual Property (IP) protocol to give predictability about the terms on which business can access IP created in Higher Education Institutions and the wider digital sector.
• We will promote and support investment in technology research, development and commercialisation beyond basic research supported by Science Foundation Ireland, as well as removing barriers to innovation and accelerate exploitation of new technologies.
• We will target key technology areas and sectors where innovation can be applied including but not limited to high value manufacturing, advanced materials, nanotechnology, bioscience, electronics, photonics and electrical systems and information and communication technology. We will also focus on the application of technological innovation in established sectors of the economy like energy generation and supply, transport, creative industries, high-value services and architecture and construction by identifying challenges, establishing priorities and developing strategies which specify necessary actions to transition to more innovative approach.
• We will promote Ireland’s full engagement with the ‘Innovative Union’ proposals issued by the European Commission in October 2010 as one of the seven flagship initiatives under EU2020 Strategy, with the specific aim of refocusing R&D and innovation policy on major challenges and at turning inventions into products.
• The critical gap between basic research promoted and funded by Science Foundation Ireland and third level institutions and its subsequent development into commercial opportunity for investors can only be closed by making new technologies ‘investment ready’. We will establish a network of Technology Research Centres focused on
applied technological research in specific areas, to be linked to appropriate highereducation institutions. The centres will accelerate exploitation of new technologies by providing infrastructure that bridges gap between research and technology commercialisation. We will initially establish 3 additional centres foccussing on
biotechnology, nanotechnology and high value manufacturing. Further centres from a number of other areas will be selected at a later time.
• We will support the development of an International Content Services Centre to make Ireland world leader in managing intellectual property.
• We will pioneer within the EU a model of ‘fair use’ in European Copyright Law, like in the USA, which effectively permits the use of portions of a copyrighted work so long as the normal economic exploitation of the originating work is not undermined. This will allow internet companies and other digital innovators to bring their services
Subject to a cost benefit analysis, we will amend the R&D tax credit regime to make it more attractive and accessible to smaller businesses, in the following ways:
• Companies with R&D expenditures of under €100,000 will be entitled to full tax credit on those entire expenditures as opposed to just the increment over the base year, with marginal relief for companies with expenditure just over €100,000.
• We will allow companies to offset the R&D credit against employers. PRSI as an alternative to corporation tax.
• To cut down on red tape in the applications process, companies in receipt of a Research, Technology and Innovation (RTI) grant from one of the development agencies will be automatically deemed as entitled to the R&D tax credit.
Other relevant pieces:
Investment priorities will include education, health and science and technology (p. 16)
Undertake a full review of the Hunt and OECD reports into third level funding before end of 2011. Our goal is to introduce a funding system that will provide third level institutions with reliable funding but does not impact access for students (p 17)
Maths and science teaching at second level will be reformed, including making science a compulsory Junior Cert subject by 2014. Professional development for maths and science teachers will be prioritised. (p 40)
Third Level Reform (p 43)
We will review the recommendations of Hunt report on higher education. A reform of third level will be driven by the need to improve learning outcomes of undergraduate degree students, as well as providing high quality research.
We will initiate a time-limited audit of level 8 qualifications on offer and learning outcomes for graduates of these courses.
We will introduce radical reform in third level institutions to maximise existing funding, in particular reform of academic contracts and will encourage greater specialisation by educational institutions.
We support the relocation of DIT to Grangegorman as resources permit.
We will explore the establishment of a multi campus Technical University in the South East.
We will extend the remit of Ombudsman to third level institutions.
We will merge the existing accreditation authorities; National Qualifications Authority, FETAC and HETAC to increase transparency.
Atlantic Corridor STEM Conference, which focuses on how science, technology, engineering and maths are taught
The Atlantic Corridor STEM Conference, which focuses on how science, technology, engineering and maths are taught in our schools and colleges, takes place in March with a keynote speaker of international quality. Dr Ben Goldacre M.D. is an author of the Guardian newspaper’s weekly column called Bad Science. His website www.badscience.net is devoted to satirical criticism of scientific inaccuracy, health scares, pseudoscience and quackery. It focuses especially on examples from the mass media, consumer product marketing, problems with the pharmaceutical industry and its relationship to medical journals as well as complementary and alternative medicine in Britain.
In its third year, the conference gives industry professionals such as teachers, lecturers and anyone connected to the education sector the opportunity to examine the quality in the way in which certain subjects are taught in our schools and colleges. It examines how young the children should be when introducing them to STEM subjects as well as methods used to teach. The conference examines alternatives to this and give educators an opportunity to help make a difference to the existing curriculum.
The conference will also host over 100 Transition Year students who will be challenged to give their honest views on the subjects. The students will then deliver the results to those attending the conference.
The conference takes place on March 10th 2011 in the Tullamore Court Hotel. To book your place at this event please visit www.eventelephant.com/atlanticconference2011
Other speakers at the conference include Sarah Baird from the Arizona Centre for STEM Education, Prof. Patrick Cunningham Chief Scientific Advisor to the Government, Dr. Thad Starner Founder and Director of the Contextual Computing Group in Georgia Tech and Paul Carroll from CPL.
The conference is sponsored by Ericsson, the world’s leading telecommunications company and running in parallel to the conference is a primary school science competition and a workshop for secondary school students focussing on their attitudes to science and technology.