Tuesday, October 30, 2007

Os pobres são menos inteligentes do que os ricos?

Pingue-pongue

Os pobres são menos inteligentes do que os ricos?

Helena Matos

Público, 29 de Outubro de 2007

Em que escola
estavas quando foi
o 25 de Abril? Em
que escola estão
os teus fi lhos?”
À célebre pergunta “Onde é que
estavas no 25 de Abril?” é imperioso
que se juntem agora estas duas
interrogações. Experimente-se por
exemplo fazer estas perguntas aos
ministros, deputados, autarcas,
assessores, artistas, professores...
e descobrir-se-á que a maior parte
deles frequentou o ensino público,
mas optou pelo ensino privado na
hora de inscrever os seus fi lhos
e netos na escola. Não porque os
seus fi lhos sejam mais ou menos
inteligentes, mas simplesmente
porque têm medo que a falta de
exigência os embruteça.
Duvido que algum destes
hipotéticos inquiridos o assumisse
claramente. Dariam como
justifi cação os horários, os amigos,
às vezes até os piolhos, mas o que
difi cilmente diriam é que o fazem,
porque não acreditam na qualidade
do ensino público. Muitos
provavelmente serão ofi cialmente a
favor do novo Estatuto do Aluno, tal
como foram da afectação de tempos
lectivos a “coisas” como a Área
de Projecto ou da desautorização
dos professores e funcionários. Na
prática isso não os afecta, porque
os seus fi lhos e os seus netos estão a
salvo destes desmandos. O falhanço
do ensino público em Portugal
tornou-se uma ratoeira contra os
mais pobres: pobreza e o insucesso
escolar tornaram-se sinónimos.
E assim continuaremos, para que
ninguém preste contas por aquilo
que começou por ser um erro e se
está a transformar num crime.
Ao contrário do que se
tornou quase banal dizer,
não foi a massifi cação
do ensino público que
comprometeu a sua
qualidade. Os responsáveis por
aquilo que os rankings cruamente
espelham foram aqueles que
fi zeram da escola pública um
espaço de experiências sociológicas.
Passamos a vida a discutir os
programas, mas um mau programa
ainda é um programa. O pior foi
baixar em cada ano lectivo o nível
da exigência. Primeiro, porque era
mais moderno. Depois, porque
assim não se faziam distinções entre
mais e menos inteligentes. Depois,
porque o objectivo da escola não era
ensinar conteúdos, mas sim ensinar
a relacionar-se. Depois porque já
não podia ser doutro modo.
Os fi lhos dos pobres não são nem
mais nem menos inteligentes que
os fi lhos dos ricos. Tiveram sim foi o
azar de os seus pais não ganharem
o sufi ciente para os poupar a esse
papel de cobaias de teorias que
tanto vêem na ignorância o estado
supremo da perfeição igualitária,
como entendem que aprender
tem de ser divertido e fácil. Nada
disto afecta quem legisla, porque
os seus fi lhos não estão nas escolas
públicas ou quando estão souberam
contornar o crivo das moradas e
horários, de modo a frequentarem
as turmas ditas “dos fi lhos dos
professores”. Quem não pode fugir
das más escolas é quem não tem
dinheiro nem conhecimentos.
Alguns como Francisco Louçã
querem agora diabolizar os
rankings, vislumbrando apoios da
extrema-direita aos colégios que se
encontram nos primeiros lugares.
Engana-se redondamente. Quem
fez a fortuna recente das escolas
de maristas, jesuítas e da Opus Dei,
dos colégios franceses, ingleses
e modernos, sem esquecer as
escolas alemãs e americanas, foram
precisamente aqueles – às vezes de
esquerda mas nem sempre – que
resolveram que a escola pública não
era o local onde todos tinham igual
oportunidade de aprender, mas
sim o espaço onde a irrelevância
medíocre dos resultados provaria
que todos podemos ser igualmente
ignorantes e irresponsáveis.

Sociologia de Bolso

Pingue-pongue
Sociologia de bolso

Rui Tavares
Público, 30 de Outubro de 2007

Lamento, mas agora não
posso ver a posição em
que fi cou a minha escola
nos célebres rankings. Não
me deixam abrir a porta e,
mesmo que a abrisse, lá fora só há
uma queda de onze mil metros no
meio do Atlântico.
A última vez que vi, porém, a
Escola Secundária Luísa de Gusmão
estava na segunda metade da
tabela. Um destes anos estávamos
ali por volta da 250.ª posição, mas
dois lugares acima do famigerado
Liceu Pedro Nunes. Ora toma!
Se tentar seguir a pista ao
pessoal da Luísa de Gusmão, e
não é um exercício que eu faça
muitas vezes, encontro uma artista
revelação do ano, um director de
revista, uma pivot de telejornal,
um doutorado em Biologia,
um actor do teatro nacional,
duas escritoras premiadas, dois
fotógrafos. Perdemos alguns de
nós: um morreu de overdose e outro
suicidou-se na primeira semana da
tropa. E há certamente bancários
avulsos, militares, funcionários
da junta de freguesia, professores
universitários, empresários,
taxistas, e devo incluir um dirigente
da universidade que diplomou
o nosso primeiro-ministro. Não
“tivemos sorte”, mas fomos talvez
mais longe do que teríamos ido
uma geração antes. Vínhamos do
Alto de São João e da Mouraria, da
Graça e da Curraleira, da Picheleira
e do Alto do Pina. Quando nos
encontrávamos para os trabalhos
de grupo havia casas com poucos
ou nenhuns livros. Mas a Biblioteca
Municipal da Penha de França era
ali ao lado e a Câmara Municipal (de
Jorge Sampaio) dava-nos bilhetes
para irmos ver matinés de cinema
ao São Luiz. Devemos muito às
escolas públicas, às bibliotecas
públicas, aos teatros públicos.
Para que serve esta
sociologia de bolso?
Unicamente para provar
que a sociologia de bolso
é um desporto acessível
a qualquer um, para qualquer
discussão, sustentando qualquer
tipo de tese. Já ouvi Maria Filomena
Mónica dizer-me que o fi nal dos
anos oitenta foi de “terra queimada”
na educação, e que não havia
clássico da literatura portuguesa
que entrasse nas salas. Eu estava
lá e permito-me discordar:
estudámos as cantigas medievais
e Bernardim Ribeiro, as Folhas
Caídas e Alexandre Herculano, Os
Maias e Camilo Castelo Branco. E
não fomos uma excepção: somos
do meio do ranking. Helena Matos
decreta o falhanço do ensino
público em Portugal, e eu tenho
a impressão de que um falhanço
não é uma coisa que se postula
mas que se diagnostica com dados,
principalmente quando se é adepto
do rigor. Onde estávamos nas
tabelas internacionais há uma ou
duas gerações, tanto em termos
relativos como de cobertura da
população? A Suécia estava toda
alfabetizada no século XVIII.
Querem comparar?
Estou disposto a reconhecer
que o ensino público português
tem um monte de problemas.
Mas para isso devo dizer que os
artistas, jornalistas e políticos que
estudaram em escolas públicas
e hoje inscrevem os fi lhos em
escolas privadas valem tanto
como os itinerários dos meus
colegas. Também nos livros de
sociologia há uma coisa chamada
“distinção”: antes era pôr os fi lhos
em “bons liceus” públicos da prémassifi
cação, hoje é pagar por ela
do seu bolso em colégios. Não me
parece mal. Não podem é concluir
que o ensino público se tornou um
inferno desde que os seus fi lhos
saíram de lá.
Mas nada disso justifi ca
pretender que o dinheiro público
fi nancie, através do cheque-ensino,
o ensino privado. Nem fantasiar
que os problemas do ensino
público se resolvem não gastando
dinheiro com ele. Bons resultados
no ensino público custam
dinheiro, ainda mais quando se
começa tarde. E neste país de
estádios de futebol e empréstimos
a administradores do Banco de
Portugal, não há dinheiro mais bem
gasto do que esse. Historiador


Nota: A propósito das crónicas da
semana passada recebi a informação
de que a Fundação Gulbenkian
não tem qualquer relação com
o Professor Watson. Creio que a
leitura das mesmas deixa claro que
não o pretendi sugerir.

Sunday, October 28, 2007

What works in education: the lessons according to McKinsey

Education

How to be top

Oct 18th 2007
From The Economist print edition

What works in education: the lessons according to McKinsey


THE British government, says Sir Michael Barber, once an adviser to the former prime minister, Tony Blair, has changed pretty much every aspect of education policy in England and Wales, often more than once. “The funding of schools, the governance of schools, curriculum standards, assessment and testing, the role of local government, the role of national government, the range and nature of national agencies, schools admissions”—you name it, it's been changed and sometimes changed back. The only thing that hasn't changed has been the outcome. According to the National Foundation for Education Research, there had been (until recently) no measurable improvement in the standards of literacy and numeracy in primary schools for 50 years.

England and Wales are not alone. Australia has almost tripled education spending per student since 1970. No improvement. American spending has almost doubled since 1980 and class sizes are the lowest ever. Again, nothing. No matter what you do, it seems, standards refuse to budge (see chart). To misquote Woody Allen, those who can't do, teach; those who can't teach, run the schools.

Why bother, you might wonder. Nothing seems to matter. Yet something must. There are big variations in educational standards between countries. These have been measured and re-measured by the OECD's Programme for International Student Assessment (PISA) which has established, first, that the best performing countries do much better than the worst and, second, that the same countries head such league tables again and again: Canada, Finland, Japan, Singapore, South Korea.

Those findings raise what ought to be a fruitful question: what do the successful lot have in common? Yet the answer to that has proved surprisingly elusive. Not more money. Singapore spends less per student than most. Nor more study time. Finnish students begin school later, and study fewer hours, than in other rich countries.

Now, an organisation from outside the teaching fold—McKinsey, a consultancy that advises companies and governments—has boldly gone where educationalists have mostly never gone: into policy recommendations based on the PISA findings. Schools, it says*, need to do three things: get the best teachers; get the best out of teachers; and step in when pupils start to lag behind. That may not sound exactly “first-of-its-kind” (which is how Andreas Schleicher, the OECD's head of education research, describes McKinsey's approach): schools surely do all this already? Actually, they don't. If these ideas were really taken seriously, they would change education radically.

Begin with hiring the best. There is no question that, as one South Korean official put it, “the quality of an education system cannot exceed the quality of its teachers.” Studies in Tennessee and Dallas have shown that, if you take pupils of average ability and give them to teachers deemed in the top fifth of the profession, they end up in the top 10% of student performers; if you give them to teachers from the bottom fifth, they end up at the bottom. The quality of teachers affects student performance more than anything else.

Yet most school systems do not go all out to get the best. The New Commission on the Skills of the American Workforce, a non-profit organisation, says America typically recruits teachers from the bottom third of college graduates. Washington, DC recently hired as chancellor for its public schools an alumna of an organisation called Teach for America, which seeks out top graduates and hires them to teach for two years. Both her appointment and the organisation caused a storm.

A bias against the brightest happens partly because of lack of money (governments fear they cannot afford them), and partly because other aims get in the way. Almost every rich country has sought to reduce class size lately. Yet all other things being equal, smaller classes mean more teachers for the same pot of money, producing lower salaries and lower professional status. That may explain the paradox that, after primary school, there seems little or no relationship between class size and educational achievement.

AP Asian values or good policy?

McKinsey argues that the best performing education systems nevertheless manage to attract the best. In Finland all new teachers must have a master's degree. South Korea recruits primary-school teachers from the top 5% of graduates, Singapore and Hong Kong from the top 30%.

They do this in a surprising way. You might think that schools should offer as much money as possible, seek to attract a large pool of applicants into teacher training and then pick the best. Not so, says McKinsey. If money were so important, then countries with the highest teacher salaries—Germany, Spain and Switzerland—would presumably be among the best. They aren't. In practice, the top performers pay no more than average salaries.

Nor do they try to encourage a big pool of trainees and select the most successful. Almost the opposite. Singapore screens candidates with a fine mesh before teacher training and accepts only the number for which there are places. Once in, candidates are employed by the education ministry and more or less guaranteed a job. Finland also limits the supply of teacher-training places to demand. In both countries, teaching is a high-status profession (because it is fiercely competitive) and there are generous funds for each trainee teacher (because there are few of them).

South Korea shows how the two systems produce different results. Its primary-school teachers have to pass a four-year undergraduate degree from one of only a dozen universities. Getting in requires top grades; places are rationed to match vacancies. In contrast, secondary-school teachers can get a diploma from any one of 350 colleges, with laxer selection criteria. This has produced an enormous glut of newly qualified secondary-school teachers—11 for each job at last count. As a result, secondary-school teaching is the lower status job in South Korea; everyone wants to be a primary-school teacher. The lesson seems to be that teacher training needs to be hard to get into, not easy.

Teaching the teachers

Having got good people, there is a temptation to shove them into classrooms and let them get on with it. For understandable reasons, teachers rarely get much training in their own classrooms (in contrast, doctors do a lot of training in hospital wards). But successful countries can still do much to overcome the difficulty.

Singapore provides teachers with 100 hours of training a year and appoints senior teachers to oversee professional development in each school. In Japan and Finland, groups of teachers visit each others' classrooms and plan lessons together. In Finland, they get an afternoon off a week for this. In Boston, which has one of America's most improved public-school systems, schedules are arranged so that those who teach the same subject have free classes together for common planning. This helps spread good ideas around. As one educator remarked, “when a brilliant American teacher retires, almost all of the lesson plans and practices that she has developed also retire. When a Japanese teacher retires, she leaves a legacy.”

Lastly, the most successful countries are distinctive not just in whom they employ so things go right but in what they do when things go wrong, as they always do. For the past few years, almost all countries have begun to focus more attention on testing, the commonest way to check if standards are falling. McKinsey's research is neutral on the usefulness of this, pointing out that while Boston tests every student every year, Finland has largely dispensed with national examinations. Similarly, schools in New Zealand and England and Wales are tested every three or four years and the results published, whereas top-of-the-class Finland has no formal review and keeps the results of informal audits confidential.

But there is a pattern in what countries do once pupils and schools start to fail. The top performers intervene early and often. Finland has more special-education teachers devoted to laggards than anyone else—as many as one teacher in seven in some schools. In any given year, a third of pupils get one-on-one remedial lessons. Singapore provides extra classes for the bottom 20% of students and teachers are expected to stay behind—often for hours—after school to help students.

None of this is rocket science. Yet it goes against some of the unspoken assumptions of education policy. Scratch a teacher or an administrator (or a parent), and you often hear that it is impossible to get the best teachers without paying big salaries; that teachers in, say, Singapore have high status because of Confucian values; or that Asian pupils are well behaved and attentive for cultural reasons. McKinsey's conclusions seem more optimistic: getting good teachers depends on how you select and train them; teaching can become a career choice for top graduates without paying a fortune; and that, with the right policies, schools and pupils are not doomed to lag behind.


*How the world's best performing schools systems come out on top. McKinsey & Co.

Thursday, October 25, 2007

O ENSINO DA MATEMÁTICA

O ENSINO DA MATEMÁTICA

Vasco Graça Moura

escritor

O meu último contacto escolar com a matemática, hélas!, ocorreu nos idos de 1957, altura em que concluí o então denominado 5.º ano do liceu. Não tenho pois qualquer autoridade para me pronunciar sobre a matéria dos programas de Matemática em vigor nas nossas escolas.

Mas acabo de ler o parecer da Sociedade Portuguesa de Matemática (SPM) sobre o documento colocado à discussão pública para reajustamento do Programa de Matemática do Ensino Básico de 1 de Julho de 2007 (http/www.spm.pt /files/Microsoft%20Word%20-%20ParecerSPM %20ReajustBasicoOut2007_Imprensa%5b1%5 d.pdf). E dele extraio alguns pontos que parecem altamente preocupantes, com o único objectivo de chamar a atenção para esse conjunto de problemas.

A SPM começa por estranhar o facto de não existir nenhum matemático entre os três principais responsáveis e autores do documento em discussão que são pessoas de Educação Matemática. E também observa que entre esses três autores nenhum foi crítico das orientações seguidas nos últimos anos.

Aponta a fonte potencial de confusões que consistirá na existência de três documentos legais orientadores do Ensino Básico da Matemática: o Programa de 1991, o Currículo Nacional de 2001 e este Reajustamento, se vier a ser aprovado, com tudo o que esta sobreposição acarretará de confusões. Põe também em relevo que o documento proposto não clarifica confusões e não corrige os erros dos textos anteriores.

Critica a ausência de coordenação com outras disciplinas: "Há problemas, por exemplo, com a Física, onde as equações literais são trabalhadas antes de serem abordadas com a Matemática."

Afirma que o documento em discussão não corrige os erros que consistem: na subalternização dos conteúdos curriculares; no desprezo pela memorização e aquisição de rotinas; na consideração dessas rotinas e automatismos como obstáculos ao desenvolvimento do raciocínio e à compreensão dos conceitos; na consideração dogmática do ensino em contexto como processo único de aprendizagem, esquecendo a necessidade de treinos específicos, nomeadamente de algoritmos e regras algébricas. Estes erros são, até, prolongados, segundo a SPM.

Mas há mais. Não se verifica uma reorientação do ensino para conteúdos explícitos e para capacidades verificáveis. Continua a sobrevalorizar-se a máquina de calcular, em termos que vêm desde 1991, sendo certo que a SPM entende "que a calculadora pode e deve desempenhar algum papel no ensino, embora apenas muito ocasionalmente nos primeiros anos do Ensino Básico", não devendo ser indiscriminadamente usada pelo aluno.

A própria bibliografia indicada inclui "um número inusitado de referências orientadas por uma corrente dogmática de educação que é, em grande parte, responsável por muitos erros pedagógicos praticados em Portugal e noutros países". Para a SPM, "as finalidades, os objectivos centrais, as capacidades transversais e as orientações metodológicas que o documento apresenta não são claros, não estão claramente hierarquizados nem ajudam os professores a orientar-se na prática lectiva".

Parecem ser equívocas as recomendações referentes a algoritmos e à prática do cálculo mental. Um exemplo dado, fala por si: recomenda-se que os alunos pratiquem a soma "3+4" em etapas: "3+4=3+3+1=7", quando seria mais fácil ensinar aos alunos que "3+4=7"..., tendo como resultado que, com esta insistência se prolongam as deficiências de cálculo e se prejudicam os automatismos.

Insiste-se demasiado na chamada pedagogia não directiva. Fala-se em discutir com os alunos, ou em propor-lhes, noções como as de "variável", "constante", coeficiente", "raiz quadrada", em vez de se falar em indicar, mostrar ou ensinar.

O programa não inclui objectivos exigentes e o documento do projecto de reajustamento em discussão é "pouco útil e eivado de erros de orientação pedagógica", não constituindo um progresso nem a melhoria necessária.

Repito que não me assiste qualquer competência para entrar nestas matérias. Utilizo este meu espaço semanal no DN para chamar a atenção de um público mais alargado quanto a um conjunto de problemas muito sérios e de cuja solução satisfatória depende o êxito do ensino de uma disciplina em que o aproveitamento escolar tem andado pelas ruas da amargura. |

---------------------------------------------------------------------------------------

Os críticos do ensino da Matemática

Na sua coluna de opinião sobre o ensino da Matemática, Vasco Graça Moura, embora indicando a sua falta de competência para falar do assunto, retoma várias das afirmações críticas sobre a proposta de reajustamento dos programas do ensino básico contidas no parecer elaborado pela Sociedade Portuguesa de Matemática (SPM).

Na verdade, o documento de reajustamento dos programas de Matemática posto à discussão recebeu muitas dezenas de pareceres emitidos por outras entidades, como a Sociedade Portuguesa de Estatística, a Associação de Professores de Matemática, editoras, escolas, professores, matemáticos e especialistas. Alguns destes pareceres, num ou noutro ponto, manifestam preferência por opções distintas das que tomámos, mas reconhecem a qualidade da proposta. A generalidade dos pareceres é favorável, apontando, naturalmente, condicionantes a ter em conta e aspectos a alterar, e estão a ser neste momento cuidadosamente estudados pelo grupo de autores do programa.

O parecer da SPM é um caso à parte. Trata-se de um documento mal elaborado que não fundamenta o que diz. Este parecer contém incorrecções factuais, que levaram a própria sociedade a enviar uma segunda versão, e traz três anexos, dois dos quais não são mais do que versões truncadas de pareceres que nos foram enviados por outras entidades (e de onde foi cortado tudo o que essas entidades diziam de positivo sobre a proposta). Se estamos empenhados em dar contributos positivos para a melhoria do ensino da Matemática, temos de reconhecer que a SPM elaborou um parecer descuidado e infeliz.

A equipa que está a elaborar o programa, para além dos dois responsáveis convidados pela Ministra da Educação, contém dois matemáticos, três professores (um de cada ciclo), e dois especialistas em Didáctica da Matemática. Esta equipa tem trabalhado de modo intensivo e em grande sintonia. Afirmações como a que existem três principais, são perfeitamente gratuitas e subjectivas e só visam levar a discussão para o campo dos ataques pessoais.

Afirmações como as que Vasco Graça Moura refere, de que se fala "em discutir com os alunos noções como as de 'variável', 'constante', 'coeficiente', 'raiz quadrada'", pura e simplesmente não existem nesses termos no documento. Nenhum dos diversos pareceres elaborados por matemáticos ou grupos de matemáticos, incluindo um muito detalhado que nos foi enviado pelo Departamento de Matemática da FCUL, faz referência a modos incorrectos de introdução desses conceitos. Também não é verdade que a proposta de programa defenda que a calculadora deva ser "indiscriminadamente" usada pelo aluno. Pelo contrário, defende-se que o seu uso deve ser feito com critério, em situações bem definidas, visando capacitar o aluno para tirar o melhor partido deste instrumento de trabalho. Nesses pontos, como em muitos outros, o parecer da SPM limita-se a interpretar à sua maneira e a deturpar o que diz o documento, numa flagrante manifestação de falta de rigor.

Os problemas do ensino da Matemática são muitos, são graves e arrastam-se desde há muito tempo. Não se resolvem de forma simplista, proibindo o uso da calculadora, introduzindo exames, reprovando os alunos a eito. Só se podem resolver com uma estratégia positiva, que envolva professores, encarregados de educação, formadores de professores e matemáticos num esforço conjunto e concertado como o que está a ser empreendido por esta equipa.

João Pedro da Ponte, Faculdade de Ciências da Universidade de Lisboa

Lurdes Serrazina, Escola Superior de Educação de Lisboa

Ana Breda, Departamento de Matemática, Universidade de Aveiro

Maria Eugénia Graça Martins, Faculdade de Ciências da Universidade de Lisboa

Thursday, October 18, 2007

Museum drops race row scientist

Thursday, 18 October 2007, 08:12 GMT 09:12 UK


Museum drops race row scientist
Dr James Watson
Dr Watson was due to arrive in Britain to promote his new book
The Science Museum has cancelled a talk by American DNA pioneer Dr James Watson after he claimed black people were less intelligent than white people.

Dr Watson, who won a Nobel Prize in 1962 for his part in discovering the structure of DNA, was due to speak at the venue on Friday.

But the museum has cancelled the event, saying his views went "beyond the point of acceptable debate".

Skills Minister David Lammy said Dr Watson's views "were deeply offensive".

He added: "They will succeed only in providing oxygen for the BNP.

"It is a shame that a man with a record of scientific distinction should see his work overshadowed by his own irrational prejudices."

We feel Dr Watson has gone beyond the point of acceptable debate
Science Museum

Dr Watson, currently director of the Cold Spring Harbor Laboratory (CSHL) in New York, has arrived in Britain to promote his latest book.

In an interview with The Sunday Times, the 79-year-old said he was "inherently gloomy about the prospect of Africa" because "all our social policies are based on the fact that their intelligence is the same as ours - whereas all the testing says not really".

He went on to say he hoped everyone was equal but that "people who have to deal with black employees find this is not true".

A spokesman for the Science Museum said: "We know that eminent scientists can sometimes say things that cause controversy and the Science Museum does not shy away from debating controversial topics.

"However, we feel Dr Watson has gone beyond the point of acceptable debate and we are, as a result, cancelling his talk."

'Robust questioning'

The scientist has courted controversy in the past, saying that a woman should have the right to abort her unborn child if tests could determine it would be homosexual.

Dr Watson is also due to speak in Bristol at the annual Festival of Ideas which will be hosted by Eric Thomas, Bristol University's vice-chancellor.

A spokesman for the university said it respected "freedom of speech and the right of people to express their views".

But it expected "some robust questioning of Dr Watson on his ideas".

Wednesday, October 10, 2007

Unplugged Schools

Unplugged Schools

Education can ameliorate, or exacerbate, society's ills. Which will it be?

by Lowell Monke

Published in the September/October 2007 issue of Orion magazine



Art by Fran Forman

Educators say the darndest things. Consider this from a high school social studies teacher who told me, “Kids don’t read anymore. The only way I can teach them anything is by showing them videos.” Or this from a middle school principal who defended serving children junk food every day by telling me, “That’s what they’re used to eating. They won’t eat it if it doesn’t taste like fast food.”

Aside from their stunning capitulation of adult responsibility, these comments illustrate what has become a common disregard for one of schooling’s most important tasks: to compensate for, rather than intensify, society’s excesses.

I first encountered the idea of the compensatory role of schools in 1970, while preparing to become a teacher. In Teaching as a Subversive Activity, Neil Postman and Charles Weingartner argued that one of the roles of schools in a free society is to serve as a cultural thermostat—to take the temperature of the culture, determine where the culture is over- and underheated, and then gear instruction to compensate for those extremes. If a culture becomes too enamored with competition, schools would emphasize cooperation; if it overemphasizes individuality, schools would emphasize community responsibility; if it allows poor children to go hungry, schools would (and do) develop lunch and breakfast programs to feed them; and so on.

Postman and Weingartner recognized that there are limits to this role. Schools can’t be expected to solve all of our social ills. But one place where we would do well to employ this thermostatic approach is in our relationship to technology and the fundamental ways that a vast number of electronic tools mediate and shape our children’s experiences.

Let me give an example. Several years ago a study found that young people actually prefer ATMs and automated phone systems to bank tellers and clerks. I presented the study, with unconcealed scorn, to a graduate class I was teaching at the time. The next day a student sent me an e-mail that included the following:

I do feel deeply disturbed when I can run errand after errand, and complete one task after another with the help of bank clerks, cashiers, postal employees, and hairstylists without ANY eye contact at all! After a wicked morning of that, I am ready to conduct all business online.

In a society in which adults so commonly treat each other mechanically, perhaps we shouldn’t be surprised that our youth are more attracted to machines. It seems to me that in such a society one task of schools would be to stress the kind of deeply caring, fully present, and wholly human interaction that long ago disappeared from ordinary public life and is now rapidly evaporating from private experience as well. By helping our youth become good at and appreciate the value of profound human engagement, we may help cool the attraction to mediated experiences expressed by my student.

To be sure, this effort would represent a radical reversal of schools’ traditional relationship with media. To a large degree, American schools were invented out of a need to heat up children’s access to media. From the seventeenth century through the first half of the twentieth, schools were places children went to gain entry into the world of symbols. The abstract character of the texts and numbers found in schools complemented the intensely physical character of life outside. Rarely, however, was it allowed to supercede it. Those children who spent an inordinate amount of time in the world of abstractions were typically chastised for being “bookworms” and pushed outside to get some fresh air.

All of this changed with television, which threw iconic rather than textual representations at children (and adults) at a mind-numbing pace. A few observers quickly recognized the significance of this inundation. Marshall McLuhan, for example, proposed that schools would have to serve as “civil defense against media fallout.” That didn’t happen, of course. Even as city streets became unsafe for exploration, as a mostly rural environment gave way to a relatively sterile suburban one, and as physical labor gave way to the information age, schools never responded to the cultural shift toward abstraction by moving in the opposite direction. Indeed, by the time television’s brawnier, more powerful symbol-manipulating cousin, the computer, came along, schools were fully committed to reinforcing rather than compensating for the symbol-saturated world in which children lived.

Of course, symbol manipulation—reading, writing, mathematics—is the unavoidable nuts and bolts of schooling. But it is not the sole purpose of education. Education must help children come to know themselves, become good citizens, and (with increasing urgency) come to terms with the natural world around them. It is possible that a school system wholly devoted to developing technical skills would not be particularly damaging if other institutions compensated for children’s severely mediated lives. Unfortunately, the institutions that could serve that function—church, family, community—have been diminished by technology’s cultural dominance. School is about the only institution left that has the extensive claim on children’s attention needed to offset that dominance.

THE HEALTH OF OUR CHILDREN’S INNER LIVES, their civic engagement, and their relationship with nature all would be improved if schools turned down the thermostat on that technologically overheated aspect of American culture. Schools dedicated to that task—we might call them “unplugged schools”—would identify the values associated with technological culture and design curricula and an environment focused on strengthening the human values at the other end of the scale.

The most obvious thing schools can do in this regard is give children experiences with the real things toward which symbols are only dim pointers. Unless emotionally connected to some direct experience with the world, symbols reach kids as merely arbitrary bits of data. A picture may be worth a thousand words, but to a second grader who has held a squiggly nightcrawler in her hand, even the printed symbol “worm” resonates with far deeper meaning than a thousand pictures or a dozen Discovery Channel videos.

Nature is, of course, the richest resource for firsthand experience. Individual teachers have long tried to provide some contact with the natural world by bringing plants and small animals into their classrooms—a limited approach yielding limited results. Many schools are beginning to think on a larger scale. They have torn up the asphalt surrounding the schools, planted trees and flowers indigenous to the area, and even established ponds and waterways that quickly attract a remarkably diverse number of critters. In 1997, for instance, Lewis and Clark Elementary School in Missoula, Montana, began creating the state’s first schoolyard habitat. Working under the guidance of Kent Watson, a local landscape architect, the school turned a large section of its playground into a habitat that included a native-grasses mound, a waterfall, stream, and pool, a plot of plants “discovered” by Lewis and Clark, a rock garden, a variety of native trees and shrubs, and a butterfly garden. Not only do students at the school use the area for environmental studies, they were directly involved in the original design and development process: mapping the soil, surveying existing plants and animals, studying the history and culture of the region, determining what seeds to plant, designing and building benches and pathways.

A different type of habitat project is currently getting under way where I live, in Springfield, Ohio. It involves creating “curricular gardens” in front of the newly built high school as an alternative to the vast grass lawn planned by the original architects. A colleague of mine at Wittenberg University, Stefan Broidy, is working with teachers at the high school and nearby elementary and middle schools to connect the curricula of various departments, ranging from art to science, with corresponding gardening projects. This is the first step in a long-term effort to eventually revitalize a long-neglected fifty-acre land lab that lies adjacent to the schools.

These are just a couple examples of thousands of innovative local nature habitat programs being developed by schools all over the country. (A number of other examples can be found in Richard Louv’s article in the March/April 2007 issue of this magazine.) As one reads about these programs, it becomes clear just how important it is that we help children get beyond the environment we have built to fit humans and experience the larger environment within which humans must learn to fit. Only nature can suffice for that, of course, but more specifically, the wild—that which has not been entirely tamed and domesticated by human intervention—is vital. By helping children understand the limitations of human power, the wild provides some inoculation against the day-to-day charm of a technological milieu that seduces us into believing that those limitations do not exist.

In Europe, recognition of the benefits of being in the wild is behind one of its fastest-growing educational movements: forest kindergartens. They originated in Denmark in the 1950s but only recently began to attract attention because of their rapid expansion throughout Germany in the 1990s. These multi-age, year-round outdoor classrooms are designed to foster a love and knowledge of nature, while using the forest to encourage children to imaginatively create fantasy play worlds. Few full-blown forest kindergartens have been created in the U.S., but they have inspired a number of schools to establish forest weeks or weekly forest days. And, of course, where there are no forests, prairie weeks, pond months, or desert days can serve as well.

A SECOND IMPORTANT COMPENSATION would move in the opposite direction of nature—toward the conscious investigation of the tools that mediate our lives. With “magical” black boxes so integrated into our lives that they have become nearly invisible, unplugged schools would disintegrate technology, first by surrounding young children with only those tools whose working principles are visible and understandable and then by gradually bringing more complex, opaque technologies, from radios to eventually computers, into the educational arena—not just as study aids but objects of study.

Montessori schools are noted for their reliance on devices that make learning very much a hands-on activity. However, I know of no schools that incorporate into their curricula the kind of systematic, progressive study of tools I have described above. The trend has been in the opposite direction, as even rural schools eliminate the middle school shop and home ec classes that once gave students at least some experience with simple tools. Children now have to go to “children’s museums” to get hands-on experience with common hand tools. The fact that these places are called museums perhaps explains why good models of this kind of learning in schools are hard to come by. Our society seems to have decided that in the age of powerful mental tools, working with and understanding physical tools is a thing of the past.

Of course, computers are physical tools of a sort. But their physical workings are so concealed from view that mainstream schooling has simply defaulted on helping youth dispel this quite consequential ignorance. Education is hardly improved by revealing the world to kids through the use of tools whose workings cannot themselves be revealed. It doesn’t have to be this way. Learning the fundamental principles of computer operations is not beyond the capabilities of most high school students if approached appropriately. For years, Valdemar Setzer at the University of São Paulo has taught high school seniors the principles of computer operations by first having the students as a class act out physically what takes place inside the computer during a simple computation. The idea is not to make everyone a computer programmer—it is to help youth comprehend why our increasingly computerized environment functions the way it does. Only if they possess that understanding will they be able to decide which human powers are appropriate to hand off to computer calculation and which should be reserved for our own judgment.

So much daily communication is now mediated by machines that the U.S. News & World Report has estimated that youth graduating from schools today have had about one-third fewer face-to-face conversations than their parents had when they came out of school. Unplugged schools would compensate for this by creating an environment teeming with adults and older students conversing with, telling stories to, and working directly with younger students. Resources and time spent by other schools to integrate technology into the classroom would be spent integrating community members.

This is just what Ron Berger and his colleagues did for over two decades at Shutesbury Elementary School, in western Massachusetts. In An Ethic of Excellence, Berger writes, “Town citizens of all ages are in the school every day as mentors and tutors for children. Senior citizens are guests at concerts and annual Valentine and Thanksgiving meals hosted by the Kindergarten and Pre-Kindergarten. We invite town citizens to our work exhibitions, to be panelists at formal portfolio presentations, and as experts, helping our classes in their learning.”

Berger notes that senior citizens have also suffered from the effects of a technological culture that favors mobility and individuality over stability and continuity. They have become so isolated from the rest of the community that children rarely see and hear the wisdom and dignity encased in creaky joints and weathered skin. Bringing these elders into schools would benefit both generations. Salt Lake City is one of a number of communities that has worked at this intergenerational integration. It instituted its Senior Motivators in Learning and Educational Services program in 1977 with 15 volunteers. Today there are over 250 seniors in the district schools involved with tutoring, story reading, field trips, sports, art, and music. They are encouraged to share with children the vast variety of skills, knowledge, history, and traditions accumulated during their lives.

Combined with the emphasis on direct contact with the physical world, forging connections with older generations can help unplugged schools offset a glorification of constant change by fostering an appreciation for what is enduring and mature. It would help balance our hard-charging, future-obsessed culture with an environment that fosters compassion, reverence, and a sense of obligation toward those who have come before.

As much as they need direct contact with caring adults, children also need quiet places that give them a respite from the din of adult-generated electronic media constantly assaulting their eyes and ears. In past generations, playhouses, treehouses, forts, or even a sheet thrown over a card table served as places to escape adult intervention for a time. Children’s studies author Elizabeth Goodenough calls these places “secret spaces,” where children retreat for undirected fantasy play, security, and quiet contemplation. With ubiquitous media making these places harder to come by, enlightened schools are creating their own quiet (if not secret) spaces for their students. I have visited a preschool and kindergarten in West Des Moines, Iowa, that has a loft with an adult-unfriendly five-foot ceiling. Children go there to rest, play, or just withdraw for a while. The imaginative powers of children being what they are, these quiet spaces don’t always have to be physical. In Goodenough’s book Secret Spaces of Childhood, Harvard professor John Stilgoe recalls putting the leaves of sweet fern in his math books when he was in junior high so he could take a whiff of it during school, which would transport him back to the gravel bank where he spent so much idle time in summer. Evidently, the concern for keeping students “on task” had not yet reached the point that it prevented his teacher from giving him some space for daydreaming. This and the kindergarten loft are just two ways that schools can, in remarkably simple ways, give children the opportunity to withdraw from the ceaseless noise of high-tech life and do the kinds of things that their childish nature calls to them to do.

IT SHOULD BE CLEAR BY NOW THAT ALL of the compensatory activities of unplugged schools have ideological implications. For example, our plugged-in society values the Internet for its capacity to overcome time and space—to allow us to “go anywhere at anytime.” Unplugged schools would recognize that this benefit has been accompanied by increased difficulty among children in feeling that they belong to any place at any time. According to educator R.W. Burniske, belonging is just what kids need to survive a media-saturated environment. “When you are drowning in a river of information,” he once wrote me, “the last thing you need to know is the temperature of the water. What you need is a rock to stand on.” One way to find that rock is through what has come to be called place-based education. By using the local community as a primary means of learning, place-based learning counteracts the alienation generated by too much of what Postman called “information from nowhere.”

Berger gives a good sense of the expansive character of place-based education, along with its impact on school-community relations:

Students clean town roads every year, raise money for town efforts, and engage in other serious projects to benefit the community: testing homes for radon, testing streams for pollution, testing wells for water quality, conducting research to contribute to town historical records, taking a census of local animals for state officials. It’s not by chance that we’ve earned trust and support for the school.

This is not just the fairly widespread practice of community service, done in the students’ spare time. This is the day-to-day work of the school, integrated into the very core of the curriculum and evaluated by the quality of the results. Schoolwork takes on deep meaning as students recognize themselves as valuable community members.

Technological culture promotes a doggedly instrumental orientation to life in which every act is calculated as a means to something else. Even something as intrinsically rewarding as childhood play now must be considered useful in order to be scheduled into children’s frenetic lives. Adults intent on teaching techniques of dancing, sports, music, art, drama, etc., squeeze free play at one end while video games and television—both ultimately adult directed—squeeze it from the other end. Children, and their teachers, have so lost their intuitive sense of imaginative free play, undertaken just for the sheer joy of playing, that for the past two summers Penny Wilson, a “playworker” from London, has toured the U.S. under sponsorship from the Alliance for Childhood, training recreation personnel in major cities on how to help children recover their natural capacity for unstructured play. Providing opportunities for that kind of play is yet another way unplugged schools would compensate for what our culture leaves out of childhood.

Yet compensation for an overheated technological culture should not be mistaken for rejection of it. With years of unplugged experiences anchoring youth against the current of technological overindulgence, high school students should be capable of making much richer connections between the symbols encountered on computer screens and the real things those symbols represent. Learning with and about high technology then becomes a very different experience.

Ten years ago Burniske and I designed and coordinated a telecomputing project we called Media Matters. We enlisted high school students from various parts of the world to analyze how different media told the stories of several global events. While the students were figuring out how the character of radio, TV, newspapers, magazines, and a new form of communication called the World Wide Web shaped how information was conveyed, we were discovering that even though these students were sophisticated in putting media to work for them, they were naïve about how it worked on them. Today, in the age of cell phones, instant messaging, MySpace and YouTube, this naïveté is even more consequential. Thus, not only should schools help students understand how these media work, they should also help them understand how such tools shape their appetites, relationships, and very conceptions of the world in which they live.

There are many other specific things that schools could do to compensate for the lack of balance children experience in our overmediated culture. But one thing they must do is provide an alternative to the current penchant for viewing children as little biological machines whose knowledge and skills can be “constructed,” assessed, and labeled in schools according to the same cold logic of the spreadsheet that businesses use in producing commodities. This intensely mechanistic view of children is central to the belief that a very meager set of numbers can determine their abilities (and future opportunities), to the confidence that a single curriculum can serve children just as well whether they live in Jackson Hole or Brooklyn, and to the conviction that a child’s failure to adapt to the inhospitable clockwork machinery of school operations can be “fixed” by applying a little chemical grease (like Ritalin) to a malfunctioning gear inside her head.

The efforts to label and sort children while constantly seeking technical means to accelerate, enhance, and otherwise tinker with their intellectual, emotional, and physical development are acts of mechanistic abuse (there is really no other name for it) committed against children’s nature. There is no more critical task for schools than to counter this unfolding tragedy. Schools can make headway simply by patiently honoring and nurturing each child’s internally timed, naturally unfolding developmental growth, by abandoning anxious efforts to hurry children toward adulthood, and by giving these young souls time to heal from the wounds inflicted by a culture that shows no respect for childhood innocence. As Richard Louv and others have argued, nature is a particularly effective antidote for this condition. Eliminating the clock as the means of governing everything is another more modest but important move. However it is undertaken, what is important to recognize is that compensating for the dominant view of children-as-mechanisms is, at its core, spiritual work. It acknowledges that some facet of a child’s inner life must remain sacred—off-limits to our machinations—to be viewed not as new territory for scientific investigation and technical manipulation but simply with awe and reverence and our own best, most human, expressions of support. To grant the dignity of that inner core is perhaps the most important gift unplugged schools can give children in the technological age. And, in turn, to foster within children those once universal but now nearly extinct childhood qualities of awe and reverence is spiritual education in its most elemental sense.

The list of schools that have directly and comprehensively tied children’s overmediated lives to spiritual health is a very short one, I’m afraid, limited mostly to a number of Waldorf schools, whose philosophy has long coupled spiritual development with a critical stance toward the use of electronic media by young children. The Washington [D.C.] Waldorf School just completed a year-long series of public seminars and staff meetings investigating how best to bring computers and other high-tech devices into the high school curriculum so that students not only have the skills they need to go on to college or work, but understand the full impact of technology on human culture, the environment, and their own inner lives. The faculty has discovered that an effective program requires paying attention to the curriculum and methods not only at the high school level but at the elementary level as well (where children do not use computers). They understand that there is much inner preparation that young children need to do if they are one day to give mature direction to the enormous power these external tools provide.

IF ONE STITCHED TOGETHER ALL OF THESE examples and concerns, one might be able to imagine at least the contours of an unplugged school. Certainly, unplugged schools would get children deeply involved with nature and community; they would give a prominent place to the expressive arts; they would determine tool use according to developmental readiness; they would study technology explicitly; they would give children time and space to look inward; and they would rely on assessments that are rigorous and multifaceted rather than reductionist and multiple choice. But there are a vast number of ways all of this could be done. The compensatory activities of any particular unplugged school could not be standardized. They would have to depend heavily on the specific children, educators, parents, geography, and culture of the communities they serve.

Of course, right now there is no escaping, at least in public schools, a whole host of technocratic fetters, such as standardized curricula and testing, that are turning teaching as well as learning into intellectual factory work. Still, educators and parents can always find some wiggle room within technocratic structures and it is in these gaps that a wide variety of subversive unplugging can gain a foothold.

Ultimately, though, if schools were to throw off those fetters and restore balance to children’s lives, they would have to establish goals that reflect our best sense of what it means to be human. Producing workers adapted to the demands of a high-tech economy would no longer drive what these schools do. Schools would establish life as the measure of value, not machines. They would be dedicated to showing young people how to live as dignified members of an increasingly mediated and fragile world. And they would consciously work to cool down society’s infatuation with technology while heating up our concern for those we live with and the Earth we live on.

Lowell Monke taught young people with and about computers for almost two decades. He is an associate professor of education at Wittenberg University.

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Sunday, October 07, 2007

Examinem os examinadores II

Examinem os examinadores II, Público, 07.10.07

Não consigo deixar de refl ectir

sobre a crónica [de Rui Cardoso

Martins]. Já a li e reli várias vezes

e conclui que não posso deixar

de lhe escrever. O seu “caso”

ocorreu com a sua sobrinha, no

exame do 9º ano. O meu “caso”

ocorreu com as minhas fi lhas (são

gémeas), e no 2º ano da primária.

Uma das minhas fi lhas nunca se

adaptou muito bem à professora e

durante toda a primeira classe falei

com a professora relativamente

à difi culdade em “motivá-la”.

Não tinha parâmetros para

comparação e achei que tudo era

normal e inclusivé a professora

convenceu-me que o problema

estava na minha fi lha. No entanto,

com a 2º classe, a professora

vai de baixa por maternidade,

vem outra substituí-la e os meus

horizontes alargaram-se. O meu

tormento começou quando

a professora inicial voltou e

a motivação da minha fi lha

derrapou completamente (a

partir daqui ambas entraram em

desmotivação). Por mais que eu

insistisse com a professora na

problemática da motivação, entrei

em estado de choque quando

a professora me respondeu

textualmente “não estou aqui para

motivar, mas sim para ensinar!”

A partir daqui tudo descarrilou:

não sei em que parte do curso

dessa professora esqueceram de

lhe ensinar que não se consegue

ensinar crianças desmotivadas.

E começaram as vergastadas às

minhas fi lhas: na composição

sobre um passeio que fi zeram,

lá veio o texto da minha fi lha

sublinhado a vermelho pois

escreveu que foi apanhar ouro

com o pai ao rio (passeio que

efectivamente aconteceu pois

o pai dedica-se a actividades

“outdoor”), na composição sobre

a Carochinha, lá apareceram os

textos sublinhados a vermelho

porque escreveram a versão da

história que têm em casa, da Luísa

Ducla Soares, que é em rima,

a carochinha esquece o colar,

aparece um rei no fi nal que salva

o João Ratão e há baile no salão.

Se a professora não conhecia a

história o mínimo que eu pedia

era que perguntasse às crianças a

razão porque tinham uma versão

conjunta tão diferente das dos

colegas e elas teriam explicado,

pois é um dos livros predilectos

delas. Com medo da professora a

minha fi lha apagou a festa no salão

e escreveu secamente “e o João

Ratão morreu”!

Fui obrigada a tomar a decisão

de as mudar de escola, apesar de

gostar de quase tudo nessa escola.

Mas como acredito que os pilares

de um projecto escolar assentam

na relação professor/aluno, não

tive alternativa. Foi uma das

decisões mais difíceis que tomei,

e retorno ao seu texto com as suas

interrogações: Quantas “crianças”

são aniquiladas por esta gente?

Quantos têm quem lhes diga que o

único problema é exactamente o

seu professor?

E introduzo uma pergunta aos

pais: quantos têm a coragem de

decidir, mesmo com sofrimento,

em prol dos seus fi lhos? Quantos,

por comodismo, fazem de conta

que não estão a ver o problema?

Quantos em nome de uma falsa

“estabilidade” calam-se e esperam

pacientemente que o tempo passe

e os problemas sejam esquecidos?

Com um senão... os problemas

deixam marcas para sempre e a

criança de hoje, torna-se o adulto

de amanhã, sem amor próprio,

sem auto-estima, incapaz de se

defender.

Ao autor da crónica, os meus mais

sentidos parabéns, pois reforçou

a minha convicção de que vale

a pena lutar por aquilo em que

acreditamos.

Inês Catalão (por e-mail)