‘Hindering’ subjects and ‘bad’ universities

The way we talk about subjects and universities has changed dramatically over the last few years, and not for the better. The English Bacc with its favoured GCSE subjects has led to a secondary school subject hierarchy which appears to downgrade sociology, media, visual and performing arts amongst others. At A-level, the notion of ‘facilitating’ subjects, as defined by the Russell Group in their ‘Informed Choices’ document, has been interpreted as implying a lower status for a whole swathe of subjects such as psychology, sociology, law, media, visual and performing arts and many others which are widely valued by universities including those in the Russell Group. It is also fairly dismissive of vocational courses which we know are a good preparation for many degrees, including those at some Russell Group universities.

The introduction of these definitions may not have been intended to create a rift between subjects or discourage students from making choices which suit them but there is no doubt that this is what has happened. The change in language has been part of the creation of new divisions and new benchmarks of success and creates new pressures on young people who are trying to do what is best.

This tendency is consistent with the increased marketization of educational opportunities, particularly post-16. If a good education is a scarce commodity, it’s clearly important to be able to identify what the most valued type of education is and where it is being offered. We need a clear hierarchy of subjects and providers so that we can all compete for the limited opportunities and understand where we fit in. At a time of high youth unemployment, these hierarchies offer new barriers to the labour market and new ways to select the lucky few who can access ‘good’ jobs. Needless to say, this is the antithesis of a broad, inclusive education which offers good opportunities for all.

In daily use, the language designed for one purpose is soon distorted and corrupted and this only makes things worse: facilitating subjects become ‘hard’ subjects, ‘valued’ subjects or ‘better’ subjects and Russell Group universities become ‘good’ universities, ‘top’ universities or ‘best’ universities. The government has chosen to buy in to the Russell Group definition of facilitating subjects in their own performance tables with a measure of students achieving at least AAB in at least 2 facilitating subjects. Even Ofsted with all their objectivity have bought into the language and regularly use ‘prestigious’ as a descriptor for more selective universities.

If we accept these dichotomies, it’s inevitable that we will slip into describing the non-facilitating subjects as ‘easy’ or ‘less valued’ and non-Russell group universities as ‘lesser’ or ‘second rank’. Why not go all the way and simply reverse the adjectives; non-facilitating subjects are downright ‘hindering’ and non-Russell group institutions simply ‘bad’? Such a dichotomous approach to anything as complex and diverse as the organisation of subject knowledge or universities is clearly a ridiculous oversimplification and does nothing to help students make important choices about their education.

We know that A-level achievement correlates to prior GCSE achievement and that, other things being equal, some subjects are harder to pass or to achieve high grades in, with Physics at one end and Media Studies at the other. However, subjects are not equal. The knowledge and skill sets required for different subjects are qualitatively different; this is in the nature of different fields of study.

If, for instance, we feel there is a need to recalibrate A-level Media Studies so that it is broadly comparable to A-level Physics in its challenge and demand, we should review the Media Studies specification rather than continue to talk it down and describe it as ‘easier’. And if A-level Law really isn’t a great preparation for undergraduate Law studies, we should design a specification which does the job better rather than denigrating the subject.

Equally, we should use descriptors for our universities which do justice to the full range of what they offer their communities rather than perpetuate the simplistic and inaccurate labels which tell us nothing of any use.

Perhaps what is needed is a campaign led by professors of ‘non-facilitating’ subjects in Russell Group universities to make the point that there’s nothing intrinsically less rigorous or difficult about the academic study of Art, Media, Law, Psychology, Sociology etc. “Top hindering uni profs” calling for subject and institutional parity. I’d certainly be cheering them on!

 

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Paradigm shift. Science in Society 4

Paradigm shift: the Earth moves away from the centre

In Europe 500 years aPtolemaic systemgo, the established paradigm of 2,000 years was built on common sense ideas about the Earth and its place in the universe. This paradigm was summed up by the work of the Greek philosopher Aristotle (384-322 BCE) and Ptolemy of Alexandria (90-168) in modern day Egypt in his book known as Al-magest (the greatest).

Aristotle and Ptolemy’s model of the solar system was geocentric or Earth-centred and fitted with the common sense observation that the Earth stays still and the sun, moon and stars move around us in a circular pattern.

Ptolemy’s Almagest stated that everything in the heavens is in orbit around the Earth – in accordance with a geocentric model of the Universe. The Earth was a perfect and static sphere at the centre of a set of moving transparent crystal spheres on which the stars, planets, sun and moon circled around the Earth in regular motion.

al-biruni5Al-Biruni (973-1048) in modern day Uzbekistan, worked in Maragheh observatory in modern day Iran and established the importance of astronomical observation, even without telescopes and his observations led him to comment favourably on the idea that the Earth might be moving.

 

Nicolaus Coperninicolaus-copernicuscus (1473-1543) working in Prussia in what is now Poland. His calculations suggested that the geocentric model was impossibly complex but they could be explained by a simpler heliocentric or sun-centred model. He published his theory in De Revolutionibus orbium coelestium (On the revolutions of the celestial spheres)

The Italian scieGalileontist Galileo Galilei (1564-1642) used a new and powerful telescope to observe the sky and made several observations which called into question the geocentric paradigm. To the naked eye, the Moon is just a bright object in the sky with some vague patterns. With the help of the telescope much more detail can be seen, suggesting that the Moon has a rough ‘mountainous’ surface. The Moon has ‘mountains’ which create dark shadows at sunrise and sunset – just like the mountains on Earth. Galileo also observed sunspots – another observed imperfection in the heavens – on the face of the Sun itself. Telescopes revealed new wanderers in the sky – ‘stars’ which remained close to Jupiter but changed their positions, night by night suggesting they might be in orbit around Jupiter rather than the Earth. Venus, like the Moon, has ‘phases’ when seen from the Earth. The sunlit side of Venus sometimes faces towards us and sometimes away from us. Observation of these phases of Venus could also be explained by a heliocentric model; the idea that the Sun is at the centre of the Solar System. Galileo wrote about his observations in Sidereus Nuncius (The Starry Messenger) and his theory in his Dialogue Concerning the Two Chief World Systems.

Galileo’s struggle against the authority of the Catholic church about the possibility of a heliocentric solar system was also a struggle about the importance of observation and rationalism in the face of irrationalism and superstition. The eventual acceptance of the heliocentric model was a major paradigm shift. The story of Galileo was dramatized by the German playwright Bertolt Brecht (1898-1956) in his 1940 play The Life of Galileo.

In the very first scene, Brecht has Galileo say:

“For two thousand years men believed the sun, the planets and all the stars revolved around them. The Pope, cardinals, princes, captains, merchants, fishwives and school boys thought they were stuck dead still, at the centre of that crystal ball. But now we’re flying headlong into space…The old age is dead, a new age is born…For now we know – everything moves! Where belief sat now sits doubt…All that was never doubted, we doubt…The people of our cities cry out for new ideas. It will delight them that a new astronomy says ‘now the Earth moves too’. Always we were told ‘the stars are fixed to a roof of crystal to stop them falling down’ But now we’re got the courage to set them free and flying through space. Overnight the universe lost its centre and this morning – they are countless. Each and none at all is the centre. Suddenly there’s a lot of room…”

Discussion:

Imagine a conversation between Galileo and someone who is sceptical about his ideas. What arguments might the sceptic use against Galileo?

What are the obstacles standing in the way of a paradigm shift?

What is the message of the passage quoted above from The Life of Galileo about the wider impact of this paradigm shift?

You can watch Joseph Losey’s 1975 film version of The Life of Galileo in several parts on YouTube, starting here.

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Reading the education manifestos

What is the point of manifestos, whether for education or any other policy area? Are they even worth the paper they’re written on given that we are fairly desensitised to parties straying from their election pledges in the name of realism once they win power ?

A lot of promises are going to be made in the run up to the general election and a dash of cynicism may be a healthy thing.  It’s also true that manifestos can’t anticipate every situation a government will face post election. But in a democracy it is essential for us to have a sense of a party’s broad objectives and what its values and instincts are so that we have some idea what to expect from them and how they might respond to events. There’s also the small matter of accountability; governments need to justify what they do at least partly on the basis of what they said they’d do.

In the case of education, what are the available manifestos saying in broad terms about the challenges facing education in England? Let’s take a look at two of those already in the public realm. Early contributions include the Labour Party policy document ‘Education and Children’ and the National Union of Teachers’ (NUT) ‘Stand up for Education’ manifesto.

Clearly, as a trade union, the NUT is not standing for office but trying to help shape the debate. Union policies always run the risk of being dismissed as purely self-interested demands, but ‘Stand up of Education’ offers a wide ranging education policy which goes well beyond narrow member interests. In this brief personal evaluation of these two manifestos I have focused on broad strategy and deliberately left out any recommendations relating to teacher pay and conditions.

1. The curriculum:

NUT: All students should be entitled to benefit from a broad, balanced and enriching curriculum. A coherent 14-19 qualifications framework is needed, which unifies all learning routes, both academic and vocational. A new national council for curriculum and assessment should be established to bring together teachers, employers and parents to develop an exciting vision for education.

Labour: A clear high-quality route for young people not choosing university. Transforming vocational education will promote social mobility and deliver the skilled workforce needed for a better, stronger economy. A gold-standard Technical Baccalaureate. An overarching national baccalaureate framework for all post-16 students. It should prepare young people for citizenship, skilled work, Higher Education and further learning throughout life. Education of the whole child for the whole of life lived responsibly and rewardingly alongside others, at work and in society.

Verdict: Labour still seems a bit torn between the ‘two nation’ Tech Bac to reform current vocational qualifications, which they claim have ‘failed abysmally’, and the more ‘one nation’ National Bacc, which is not getting much airtime in their speeches. The coalition has already introduced a Tech Bac very much along the same lines and simply putting ‘gold standard’ in front of the proposal is not enough to distinguish Labour’s version. It is also misleading to claim that new vocational qualifications can improve economic performance. The NUT’s clear statement offers a more unequivocal ‘one nation’ solution.

2. Standards and school improvement:

NUT: There should be a new approach to evaluating schools that involves teachers, parents and local communities. Local authorities should inspect schools to ensure that school self-evaluation is accurate and valid. League tables should be replaced by national sampling.

Labour: Constant vigilance in maintaining high standards of teaching and efforts to improve schools that have fallen behind. Ensure that the inspection process is more collaborative and that schools improvement involves schools reviewing one another and monitoring by the middle tier as well as the national inspectorate.

Verdict: The NUT is proposing what appears to be a very devolved approach to standards monitoring which leaves some questions unanswered: what is national sampling? Would there be any role for a national inspectorate to guarantee national consistency? Labour seems to be suggesting a balance between the local and the national.

3. School status and autonomy:

NUT: Stop the forced academies programme immediately. Return oversight of all state funded schools to local authorities – whilst maintaining appropriate levels of autonomy on curriculum and assessment. Give local authorities back the legal powers they need to plan and provide enough school places in their local areas.

Labour: End the government’s free schools programme. Ensure existing free schools become part of the local family of schools. Ensure all schools serve their local communities and follow the admissions code. Extend to all schools the freedoms academies can use to innovate and raise standards. Local authorities will be able to open new community schools.

Verdict: Both include a welcome restoration of some local system leadership with a planning and oversight role for elected local authorities.

4. The education market:

NUT: Any future government must rule out the idea that schools could be run for profit. A halt to all further privatisation or outsourcing of education services and schools. An end to the marketisation of education and all policies that inhibit cooperation between schools. Restore funding for high quality local authority services for schools and families.

Labour: has spoken out against privatisation of schools but this hasn’t yet made it into this policy statement.

Verdict: A stronger statement from Labour against the marketisation of education along the lines of Andy Burnham’s on the NHS would be very welcome. So far, the NUT offers a more reassuring red line in defence of the public service ethos.

5. Democracy and accountability:

NUT: Restore the role of the local authority as the democratic local organisation responsible for education. Each local council should have a director of education to ensure consistency and equality and a good local school for every child. The Government should provide sufficient funding to enable them to do so. End approvals for free schools and give all schools the right to return to the status of local community schools.

Labour: Strong local oversight of all schools. Real local accountability for all schools. New directors of school standards appointed by, and accountable to, local authorities.

Verdict: The NUT has a clearer commitment to local authority oversight but neither really addresses the need for democratic structures at a more strategic regional or subregional level. Labour’s new directors of school standards are not directly elected or accountable to local people, they could still be rather remote bureaucrats.

Overall:

The NUT commitments are stronger, clearer and better expressed and their manifesto is a better campaigning tool. Labour has much good policy but needs to ditch some of the empty rhetoric and sharpen up some of its proposals if it wants to make education policy a real vote-winner in the 2015 election.

More posts on education policy:

Election 2015

Education’s democratic deficit

Labour’s vocational vision

Finding Labour’s education mojo

The forgotten 50% need a one nation education system

 

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My NewVIc story: Joseph Toonga

My NewVIc story: Dancer and choreographer Joseph Toonga, NewVIc class of 2008.

image001I attended Newham sixth form college (NewVIc) from 2005 – 2008.  In my time at NewVIc I set up my dance company called Just Us Dance Theatre with Ricardo Da Silva. I feel that being at NewVIc at that period really helped me develop the self-discipline and drive to push to achieve my ambitions, thanks to the energy and support I was receiving from my teachers. NewVIc gave me the opportunity to express my thoughts through dance showcases, outside projects. It also opened my eyes to the dance industry.  After NewVIc I went on to continue my training at Lewisham College and then at London Contemporary Dance School where I graduated with an Honours degree in 2013.

Since graduating from NewVIc I’ve always taken every possible opportunity to come back and teach or mentor as I know that my time at college played a big part in my artistic growth as a dance artist and also as a person.

As an artist now, I’ve had the privilege of being invited to perform and choreograph for different organisations and in different countries including Wales, France, Italy, Germany and Holland. Other highlights of my career so far include:

  • Becoming a resident artist/company with Greenwich Dance.
  • Winning second place at the Concours Choreographique International de Paris 2013.
  • Working with such artist as Robert Hylton and Wayne McGregor at the Royal Opera House.
  • Creating site-specific work on Ludus Youth Dance Company and County Youth Dance company in Swansea.

Whilst taking up all these opportunities it has always been important for me to come back and continue my relationship with NewVIc as that was where I began my artistic journey. In 2013 I was privileged enough to be awarded funding from the Arts Council, Deutsche Bank and London Contemporary Dance School to set up a mentoring programme which includes work with NewVIc students and students from other institutions where I studied (Lister school and Lewisham College) at as a way of giving back.

The programme aims to provide opportunities and tools to empower young people through dance via a series of workshops, one-one mentoring sessions, practical and theoretical sessions with a variety of practicing artists from the industry, trips to various live performances and performance opportunities alongside my company Just Us Dance Theatre.

In the coming year I am looking forward to continuing the programme and working with NewVIc and the other institutions and partners. I am also lucky enough to be continuing to work in Wales with County Youth Dance Company.  In another exciting development I feel very privileged to have been commissioned to create work for the National Youth Ballet to be performed in Hamburg in 2015.

Read more about Joseph and Just Us Dance Theatre: http://www.justusdancetheatre.org/company.html

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My NewVIc story: Rumana Ali

Rumana Ali, NewVIc class of 2014 and former Plashet school student. Achieved A-level grades A*A*A in History, English literature, Government and politics and an A in AS Economics and has progressed to study for a BA in History at St Hilda’s College, Oxford University.

rumanaI now realise that achieving a place at Oxford or Cambridge isn’t the result of some sort of impossibly rare natural intelligence influenced by nothing but your genetic make-up. Very simply, and luckily more within your control, the process requires motivation, resilience and good old hard work.

I arrived at NewVIc with dreams and ambitions like so many other students, but never thought it even remotely imaginable that I would be the student who left with an offer to study History at Oxford University. Something quite fascinating about the whole process is – you never quite think you’ve done enough until you actually achieve it. And as strange and contradictory as it may sound, being slightly cynical about yourself can have positive consequences, preventing you from becoming too comfortable and confident in your abilities. Complacency is possibly one of the biggest demons and to tackle it you must never be totally satisfied with yourself but always be searching for improvement.

I had previously completed my GCSEs at Plashet School where, although I was reasonably academic, I was not the brightest pupil to say the least. Yes, I was ashamedly that ‘last-minute-revision’ sort of student that you would find panicking before entering the exam hall. In class I was occasionally cheeky and could even be disruptive. Unfortunately, like many others who have come before me, I didn’t realise the negative impact that this would have on my academic performance. My form tutor Ms Siviour, constantly reminded me that I had great potential and I regret not taking her advice more seriously. You see, hindsight is an amazing thing. It gives you a refined perspective – like looking through a mature and wise lens that you develop through time.

As with everything, mistakes are only valuable if we bother to learn from them. And so, after starting at NewVIc I promised myself that I would adopt a different mind-set, one that was built around a disciplined, productive work ethic. I began to sharpen my focus during lessons and spend more time on independent study in the library when I could have been hanging out with my friends. It’s times like these, when you have to remind yourself how precious perseverance is, and that the sacrifices you make for your education will all be worth it in the end. It shouldn’t need a disastrous experience on results’ day to force you to come to that kind of recognition.

I’m not afraid to admit that my dream to study at Oxbridge had its beginnings in Year 5 at Shaftesbury Primary School. Here, I was part of the school’s first ever Debating Society where our teacher Ms Sharpe, took us on trips to the Universities of Oxford and Cambridge to watch debates. I remember her saying to us: “I better see one of you lot studying here when you’re older!” In all honesty, it was only when I came to NewVIc that this vision became a possibility and not just a distant childhood dream.

At college I was surrounded by teachers who genuinely cared and did everything in their powers to support me. Being part of the Honours Programme was helpful because it gave me the opportunities I needed to understand university life – through it I completed an Extended Project Qualification (EPQ) on the significance of Bob Dylan’s folk music in 1960s’ America, became involved with the UCL History summer school and even attended real-life Oxbridge seminars. Although still extremely demanding, my Oxford application (with its call for an aptitude test and the dreaded interview) was made a lot easier because of the encouragement and assistance I received from Carina, my History teacher and Honours programme manager at NewVIc.

We’re always looking for role models that provide us with guidance and inspiration. But the truth is, the people around us can only show us the door, it’s up to us on whether we open it and walk through. Please don’t assume that being successful is all about gaining a place at Oxford or Cambridge. It means becoming the best you can and being prepared to make sacrifices on the road to doing so. In saying that, I am taken back to the lines of the final number in the 1976 Musical Bugsy Malone: “We could’ve been anything that we wanted to be. Yes, that decision is ours…”

I am now preparing to leave London and continue my educational journey at Oxford. It will be strange and difficult to leave the city I’ve grown up and studied in, but it’s time to embrace this new phase of my life. I’m nervous, though more excited about what’s to come as an undergraduate student of History, whether that’s being taught by world-class professors or riding a bicycle wearing a gown. One thing is certain; there is a lot of work ahead.

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How we do science. Science in Society 3

Readings

Developing and testing scientific explanations

When we make observations we may propose a theory which accounts for them. We judge theories on the basis of the match between their predictions and what we observe. An observation is often explained by relating it to a particular scientific theory or theories. A scientific theory proposes an underlying process that results in the observations we have made. Scientific theories do not ‘emerge’ from data by a process of logical deduction; proposing an explanation always involves using imagination and conjecture; informed guesswork. An explanation is not just a summary of the data, but tries to go further.

A common way of explaining a specific event is to claim that it is an instance of a general law. A scientific law is a claim that something always happens in situations of a certain kind (for example that the pressure of a sample of gas always gets bigger if it is forced into a smaller volume).

Scientists test an explanation by seeing if specific predictions based on it agree with data from observation or from an experiment (a deliberate intervention to generate data). If data agree with predictions that are very novel or unexpected, this is particularly influential. The aim is to rule out alternative explanations, and so reach a single explanation that most scientists can agree on.

Scientists are more confident about theories that include a plausible mechanism for causing the events observed. It is also important that a new theory is consistent with existing theories that are well established and generally accepted.

It may be possible to interpret data from complex equipment in more than one way. Interpretations need to be checked and discussed with others working in the field. Data can show that a scientific theory or law is incorrect (falsification) but cannot prove conclusively that it is correct.

Paradigms and scientific revolutions

Scientists test a hypothesis by seeing if predictions agree with their observations or the results of their experiments (deliberate interventions to generate data).  A scientific theory should lead to predictions that are precise and detailed enough for it to be possible that they can be shown to be false (falsification). A theory is ‘non-scientific’ if it does not make any predictions that could possibly be falsified.

If data agree with predictions that are unexpected that is particularly useful.  The aim is to rule out alternative explanations and reach an explanation which most scientists can agree on.

Scientific belief systems are called paradigms. These dictate what models and theories are used and what questions are asked.  If new observations or theories seem to be inconsistent with existing well-established theories this may lead to a paradigm-shift where the assumptions of a whole field of science are called into question and new laws and models developed within a new paradigm.  This is a revolutionary process which often leads to rapid progress.

Establishing causal links

Scientists often want to find the cause of an event or phenomenon. A first step is to show that there is a correlation between a specific factor and an outcome. This does not prove that this factor is the cause, but it can stimulate further work to establish a causal link.

If something happens only when a factor is present, we say there is a correlation between the factor and the outcome. If one factor varies steadily in value as the value of another factor increases, this is even stronger evidence that the two variables are correlated. If both variables increase together, the correlation is positive; if one goes down as the other goes up, the correlation is negative. “Correlation does not imply causation” (cum hoc non propter hoc, Latin for “with this, not because of this”) is a phrase used to emphasize that a correlation between two variables does not necessarily imply that one causes the other.

Examples of scientific methods in action

1. Semmelweis and antiseptic practice

ignaz-semmelweis-arzt-hygiene-grIgnaz Semmelweis (1818-1865) was a Hungarian doctor now known as an early pioneer of antiseptic procedures. Semmelweis discovered that the incidence of puerperal fever could be drastically cut by the use of hand disinfection in obstetric wards. Puerperal fever was common in mid-19th-century hospitals and often fatal, with mortality at 10%–35%. Semmelweis came up with the idea of washing with chlorinated lime solutions in 1847 while working in Vienna General Hospital, where doctors’ wards had three times the mortality of midwives’ wards.

Despite publishing his results showing that hand-washing reduced mortality to below 1%, Semmelweis’s observations conflicted with the established scientific and medical opinions of the time which was that infection was caused by miasma or “bad air” and his ideas were rejected by the medical community. Some doctors were offended at the suggestion that they should wash their hands and Semmelweis could offer no acceptable scientific explanation for his findings. Semmelweis’s practice earned widespread acceptance only years after his death, when Louis Pasteur confirmed the germ theory and Joseph Lister, acting on the French microbiologist’s findings, practiced and operated, using hygienic methods, with great success. In 1865, Semmelweis was committed to an asylum, where he died at age 47 after being beaten by the guards, only 14 days after he was committed.

2. Genes and inheritance

As well as proposing the theory of evolution by natural selection, Charles Darwin (1809-1882)  also proposed the idea of “gemmules” to explain inheritance. These were imagined particles of inheritance as part of his Pangenesis theory. Gemmules were assumed to be shed by the organs of the body and carried in the bloodstream to the reproductive organs where they accumulated in the germ cells or gametes. No one was ever able to isolate these gemmules.

In the 1860’s Gregor Mendel worked with peas and discovered that each parent provided a “unit of inheritance” to their offspring and that the effects of one of these could mask the effect of the other. For instance, a pure breeding yellow pea bred with a pure breeding green pea produced a first generation that were all yellow. However, roughly 1 in 4 of the second generation bred from these offspring were green. This proved the particulate nature of inheritance but did not explain what these particles consisted of. Prior to Mendel’s work, the dominant theory of heredity was one of blending inheritance, which proposes that the traits of the parents blend or mix in a smooth, continuous gradient in the offspring.

In 1910, Thomas Hunt Morgan showed that genes reside on specific chromosomes. He later showed that genes occupy specific locations on the chromosome. A series of subsequent discoveries led to the realization decades later that chromosomes are made of DNA, a molecule found in all cells on which the ‘discrete units’ of Mendelian inheritance are encoded. In 1953, James D. Watson and Francis Crick demonstrated the molecular structure of DNA. Together, these discoveries established the central dogma of molecular biology, which states that proteins are translated from RNA which is transcribed from DNA. This dogma has since been shown to have exceptions, such as reverse transcription in retroviruses.

3. Insulin and diabetes

In 1889, the Polish-German physician Oscar Minkowski, in collaboration with Joseph von Mering, removed the pancreas from a healthy dog to test its assumed role in digestion. Several days after the dog’s pancreas was removed, Minkowski’s animal keeper noticed a swarm of flies feeding on the dog’s urine. On testing the urine, they found there was sugar in the dog’s urine, establishing for the first time a relationship between the pancreas and diabetes.

In 1901, another major step was taken by Eugene Opie, when he clearly established the link between the islets of Langerhans and diabetes: “Diabetes mellitus . . . is caused by destruction of the islets of Langerhans and occurs only when these bodies are in part or wholly destroyed.” Before his work, the link between the pancreas and diabetes was clear, but not the specific role of the islets. In 1916 Nicolae Paulescu, a Romanian professor of physiology, developed a pancreatic extract which, when injected into a diabetic dog, had a normalizing effect on blood sugar levels.

In October 1920, Canadian Frederick Banting was reading one of Minkowski’s papers and concluded that the pancreas’s internal secretion, which, it was supposed, regulates sugar in the bloodstream, might hold the key to the treatment of diabetes. A surgeon by training, Banting knew certain arteries could be tied off that would lead to atrophy of most of the pancreas, while leaving the islets of Langerhans intact. He theorized a relatively pure extract could be made from the islets once most of the rest of pancreas was gone.

Banting’s method was to tie a ligature around the pancreatic duct; when examined several weeks later, the pancreatic digestive cells had died and been absorbed by the immune system, leaving thousands of islets. They then isolated an extract from these islets, producing what they called “isletin” (what we now know as insulin), and tested this extract on dogs. Banting was able to keep a pancreatectomized dog named Marjorie alive for the rest of the summer by injecting her with the crude extract they had prepared. Removal of the pancreas in test animals in essence mimics diabetes, leading to elevated blood glucose levels. Marjorie was able to remain alive because the extracts, containing isletin, were able to lower her blood glucose levels.

Task:

Briefly re-tell each of these 3 stories of scientific discovery using as many of the following words as possible: causation, conjecture, correlation, data, deduction, experiment, explanation, falsification, hypothesis, imagination, interpretation, law, mechanism, model, observation, paradigm, prediction, process, theory.

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Grosse Fugue by Ian Phillips (Alliance Publishing Press, 2012)

gfcover_small

This is a story whose outlines are familiar but which we need to hear again and again. The story of Reuben Mendel is a twentieth century biography, a story of both world wars, the holocaust and its aftermath. It is the musical journey of a talented violinist weaved around key works such the Chaconne from Bach’s violin partita, Schubert’s ‘To Music’, his string quintet and the eponymous Beethoven late string quartet movement. It is also a human journey through the best and worst of what humans do to each other. Reuben Mendel, the virtuoso is a one-off, a genius. But Reuben the man is also an archetype, a vessel for all the sufferings of the 20th century as well as a spokesman for its hopes. He has experienced the deepest depravity and the greatest joy and this compels us to listen to what he has to say.

It is hard to write well about music and its impact without resorting to technical terms which exclude many readers. Here it is lightly and skilfully weaved into the narrative as part of the main character’s development and without any trace of insider vocabulary.

The story moves at a rapid pace, broken up by occasional ‘Intermezzi’. Intermezzo #2 for example, which follows the graphic description of life in Auschwitz carries the vital message that we should not allow ourselves to be overwhelmed by the scale of the holocaust. It should not be ‘beyond us’ to comprehend the crime and to grasp the human cost. This is the equivalent of the systematic murder of a 3-generation family; 4 grandparents, 2 parents and 2 children every day for over 2,000 years; a single project to wipe out the lifetime’s achievement, hope and potential for those 8 individuals every single day for the 2 millennia of cultural, technological and social development which have seen the creation of our modern world and the rise and fall of empires and dynasties. It is obscene, but not beyond our comprehension.

Some passages were particularly moving, during his ‘second recovery’ Reuben is bereft and unutterably lonely with no one to help him this time but he manages to find a voice and a cause and to resolve to make something of the rest of his life.

Many episodes stick in the mind, such as the description of Reuben’s return to the Toulouse farmhouse long after the end of the war, his emotional meeting with Gaston and his pleasure in eating fruit from the peach tree planted years before.

In his final appearance for Israeli television, amongst his personal anecdotes and musical stories, Reuben tells his audience: “We have to return all the land occupied since 1967…we have paid too little regard to those who were on this land before we arrived en masse and were dispossessed. If Israel was established, even in part, as some kind of compensation for the evil perpetrated against us, we should be humble enough to recognise that those most affected by our arrival were nothing to do with the original sin.” Some in the audience turn on him and accuse him of treachery. He takes on the critics and justifies himself robustly on moral grounds.

This is a story whose outlines are familiar but which we need to hear again and again even if only to strengthen our resolve that the hideous excesses of the 20th century must never be repeated.

Grosse Fugue by Ian Phillips, Alliance Publishing Press (2012)

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How can we reduce educational inequality?

Meeting organised by “working towards a national campaign for education” at the Mechanics Institute, Manchester on 23rd September 2014 during the Labour Party conference. Many thanks to Sarah Williams for her work in organising and promoting this meeting.

Speakers:

David Lammy, Labour MP for Tottenham,

Catherine West, Labour prospective parliamentary candidate for Hornsey & Wood Green

Professor Diane Reay, Cambridge university

Eddie Playfair, principal Newham Sixth Form College (NewVIc) and SEA

My contribution:

I want to approach this question by turning it around and asking: ‘how can we promote educational equality?’ Equality is the fundamental socialist value; based on the belief that all human beings are of equal worth. Other core values flow from our commitment to equality; solidarity which is about considering others as equals and looking out for them as we would want them to look out for us, and democracy which is about each of us having an equal say in shaping our society. It sometimes seems like everyone loves equality as even conservatives use egalitarian vocabulary and will claim that their policies will reduce inequality. We should see it as a good sign that so many people choose to make their case on egalitarian grounds even if it is the mutant elitist egalitarianism of ‘social mobility’.

Education is the wonderful, lifelong, life-affirming, life changing, transformational process by which we learn to climb onto the shoulders of those who came before us, acquire knowledge and insights about what it is to be human and learn to create new knowledge and insights. Not all this learning happens in formal education but in our complex and interdependent society we need to plan and organise this process in the best possible way, preferably a way which promotes greater equality.

Hannah Arendt said that:

‘education is the point at which we decide whether we love the world enough to take responsibility for it’

and that is what a society should be considering when it sets about planning and organizing an education system.

If we are to promote equality in education we should acknowledge that:

  • Everyone is educable whatever their starting point or their disadvantages. Age, previous achievement, disability, sex, race or class should not be barriers to accessing the best of what society has to teach.
  • Education should challenge inequalities rather than reproduce them. Schools, colleges and universities should be comprehensive. The common school, where everyone’s educational needs are met, is the crucible of a more equal society, it is a place where equality is lived on a daily basis. Basil Bernstein may have said ‘education cannot compensate for society’ but this is not an argument for giving up on universal public services which challenge segregation and the domination of the market elsewhere in our lives.
  • The curriculum should value truth, knowledge and skill. Both the ‘powerful knowledges’ of elites and the ‘radical knowledges’ of their critics should have an equal place in our education system free of any kind of snobbery. We should aim to develop well grounded, reflective, skilled and knowledgeable thinkers and doers.

The reality is that education reflects and reproduces the wider inequalities in society. It is increasingly being treated as a market commodity with individuals being encouraged to seek advantage in a ‘race to the top’. So in post-16 education, students feel that in order to get on they will need to run faster and faster up an accelerating down escalator.

Selection is rampant, with a proliferation of highly selective new sixth forms. Some secondary schools which are quite happy to be comprehensive from 11 to 16 discover the joys of selection at 16 and run sixth forms designed for less that half their cohort – effectively telling them they are no longer interested in the majority.

Just getting into college is no longer good enough, you have to get into a ‘top’ selective college if possible. Choosing 3 or 4 A level subjects you’re interested in is no longer good enough, you have to pick ‘facilitating’ subjects. Passing your A levels is no longer good enough, you need to be aiming for A* grades. Progressing to university is no longer good enough, you need to aim for a Russell group institution. As each new hierarchy becomes more entrenched, you can almost hear the sound of doors slamming shut and the anxiety of a majority of young people turns to a sense of failure, despite being one of the most academically successful generations we have ever seen.

At a time when the labour market has so little to offer young people, politicians blame the qualification system for the lack of jobs and claim that yet another reform of vocational courses will address economic failure and reduce unemployment.

Labour has some good policies, but some of the best, like the ‘one-nation’ National Bacc, are buried away and get little exposure, while others, like the Tech Bacc, sound like two-nation ideas and are indistinguishable from coalition policy in practice.

The concept of ‘one nation’  is a good starting point for Labour and we need to hear more about how Labour would move towards one-nation schools, a one-nation curriculum and a one-nation education system.

When we start to take equality in education really seriously we will then truly be loving the world enough and taking responsibility for it.

David Lammy M.P. reminded us that tackling educational inequality starts in the early years and that Sure Start, under threat across the country, played a vital role. He also spoke about the need for the most selective British universities to take their responsibilities seriously as publicly funded institutions and take more positive steps to representative recruitment from across the population, not just the elite. There is no shortage of well qualified working class and BME students. The great American public university systems show what can be achieved in both research and teaching by comprehensive state-funded, accountable and community based higher education.

Diane Reay attacked the ‘stealth privatisation’ we are witnessing and expanded on the idea that ‘social mobility’ is a flawed solution which offers a few people some crumbs off the top table while doing nothing to challenge social inequalities. On the whole, parents don’t want parent-led academies but want the same for all children that they want for their own children.

Catherine West spoke about the importance of structures and the need to get any new ‘middle tier’ right so that we can get some semblance of collaboration between schools and coherence in the system.

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The forgotten 50% need a one nation education system.

A dialogue between Simplex and Sapiens, two education policy commentators:

Simplex: You don’t need to be a historian to know the value of education.

Sapiens: And history shows that we cannot achieve ‘one nation’ goals with ‘two nation’ policies.

Sim: No education system exceeds the quality of its teachers.

Sap: But surely a good education system can improve the impact of good teachers?

Sim: Transforming vocational education is paramount to delivering our vision for the forgotten 50 per cent of young people not heading to university who are too often denied the rewarding education they deserve.

Sap: Many vocational students go to university too, remember?

Sim: Young people are not being offered a clear, gold standard vocational route through school and college.

Sap: Have you heard of Extended Diplomas, offered in many colleges and leading to higher education? Do look into them, they’re rigorous and clear and most universities value them.

Sim: This is resulting in wasted talent, limitation on life chances and contributing to the current crisis in youth unemployment.

Sap: But even well qualified young people are finding it hard to get jobs, right?

Sim: Transforming vocational education will promote social mobility and deliver the skilled workforce needed for a better, stronger economy.

Sap: So is our economy weak because young people lack skills?

Sim: The government should legislate for the activity that builds character and resilience in pupils.

Sap: At least that will help them cope with unemployment.

Sim: We will ensure that all young people continue English and maths to 18.

Sap: Just like the current government then?

Sim: We will introduce a new gold standard Technical Baccalaureate for young people, acting as a stepping stone into an apprenticeship, further study or skilled work. The Tech Bacc will include a high quality vocational qualification, work experience, and English and maths.

Sap: Just like the current government’s Tech Bacc then? Sounds a bit like a two-nation solution.

Sim: We will give colleges a central role in delivering our vision for the forgotten 50 per cent of young people. We will transform those colleges into new specialist Institutes of Technical Education. These Institutes will be licensed to deliver our Tech Bacc. Further Education colleges focused on training for local jobs.

Sap: Is this ‘Royston Vasey Tech’ vision really aspirational and world class enough? Why not expect all colleges and sixth forms to offer a broad, stretching ‘one-nation’ National Bacc to all young people?

 

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Science and Poetry. Science in Society 2

Readings

Peter Atkins

‘Although poets may aspire to understanding, their talents are more akin to entertaining self-deception. They may be able to emphasise delights in the world, but they are deluded if they and their admirers believe that their identification of their delights and their use of poignant language are enough for comprehension…While poetry titillates, science liberates.’

Peter Atkins, Nature’s Imagination (1995)

 

Ruth Padel

“Poetry is about feeling, science is about facts. They’re nothing to do with each other!”  Maybe the relationship between poetry and science provokes passion because…science was born in poetry. Lucretius’s epic on atoms, On the Nature of Things continued this tradition; so did the 18th-century doctor Erasmus Darwin, whose poem The Temple of Nature outlined a theory of evolution, following life-forms from micro-organisms to human society.

Poetry and science have more in common than revealing secrets. Both depend on metaphor, which is as crucial to scientific discovery as it is to lyric. A new metaphor is a new mapping of the world. Even maths uses metaphor; and this is where more condensed forms of poetry join in. On the metaphor front, science and poetry fertilise each other.

But deeper even than metaphor is the way poetry and science both get at a universal insight or law through the particular. Darwin built his theories from scrupulous focus on tiny concrete entities. He spent seven years on barnacles before tackling a general species book. Furthermore, both arrive at the grand and abstract (when they have to) through precision. Scientists and poets focus on details. Poetry is the opposite of woolly or vague. Vague poetry is bad poetry – which, as Coleridge said, is not poetry at all. Woolly science is not science.

Scientia means ‘knowledge’. Science, it seems to me, is not about facts; it is about thinking about facts. Equally, poetry might or might not be driven by feeling but what it is “about” is relationships – between word and sound, word and thing, word and thought, sound and meaning, words and other words. So is science. Darwin wondered constantly about the relationships of organic forms – in earth, in stone, in what happens between red clover and bumble bees, orchid and moth.

The deepest thing science and poetry share, perhaps, is the way they can tolerate uncertainty. They have a modesty in common: they do not have to say they’re right. True, perhaps. Or just truer.’

Ruth Padel, The Guardian 09/12/2011

Full article: http://www.theguardian.com/books/2011/dec/09/ruth-padel-science-poetry

 

Mary Midgley

‘It seems to [a lot of people] that science supplies all the facts out of which we build the house of our beliefs. Only after this house is built can we…read some poetry.

This is not how we live our lives or how we ought to try to live them…the idea that science is a separate domain irrelevant to the arts, has often produced a strange kind of apartheid in the teaching of literature…whereby important and powerful writings get ignored if their subject matter contains science, or even the physical world…

Poetry and the arts generally play a central part in our intellectual life because they supply the language in which our imaginative visions are articulated. Poets…express not just feelings, but crucial ideas in a direct, concentrated form that precedes and makes possible their later articulation by the intellect and their influence on our actions…Influential bad ideas need to be understood and resisted so that we can grasp what is wrong with them and replace them by better ones.’

Mary Midgley, Science and Poetry (2001)

 

Science in poetry

Read these poems which are all related to science in some way.

Say what each poem means to you and whether you feel the poetic form has enhanced your appreciation of the science.

What do you think of the views of Peter Atkins, Ruth Padel and Mary Midgley?

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AS Science in Society: course outline and link to resources

AS Science in Society (AQA)

Why study AS Science in Society?

Science in Society is a distinctive post-16 course. Its main intention is to develop the knowledge and skills that you need in order to grapple with issues related to the science and technology that you meet now and will meet in your adult and working life. The course was developed jointly by AQA, the Nuffield Curriculum Centre and the University of York Science Education Group:

  • It helps to broaden the curriculum for arts and humanities students.
  • It allows science students to reflect on their studies in a wider context.
  • It develops students’ scientific literacy and critical thinking skills when reading, writing and talking about science.
  • It reflects current developments in higher education and provides a sound basis for progression to courses in ‘science communication’, ‘science and the media’ and ‘philosophy of science’. The problem-based learning and consideration of relevant issues also makes this a good additional qualification for students seeking entry to medical and similar professional courses.

Unit 1 SCIS1 Exploring key scientific issues (60% of AS)

2 hours written paper: 90 marks (120 UMS) June only.

A number of compulsory structured questions, including comprehension, data analysis and data response questions. Some of these questions will require longer answers in continuous prose.

Unit 2 SCIS2 Reading and writing about science (40% of AS)

Internal assessment: 60 marks (80 UMS) June only.

Two pieces of writing: a critical account of scientific readings and a study of a topical scientific issue.

AS Contexts

(Unit 1) AS Exploring key scientific issues

  • The germ theory of disease
  • Infectious diseases now
  • Transport issues
  • Medicines
  • Ethical issues in medicine
  • Reproductive choices
  • Radiation: risks and uses
  • Lifestyle and health
  • Evolution
  • The Universe
  • Who we are and where we are: Are we alone?

AS Reading and research

(Unit 2) Reading and writing about science

  • Critical account of scientific reading
  • Study of a topical scientific issue

AS How Science Works

(Units 1 and 2)

  • The methods of science
  • Data and their limitations
  • Establishing causal links
  • Developing and testing scientific explanations
  • Science as a human activity
  • The scientific community
  • Science and society
  • Relationships between science and society
  • Assessing impacts of science and technology: risk and risk assessment
  • Making decisions about science and technology

AS Science explanations (Unit 1)

  • The germ theory of disease
  • Cells as the basic units of living things
  • The gene model of inheritance
  • Radiation and radioactivity
  • Chemical substances and chemical reactions
  • Energy: its transfer, conservation and dissipation
  • The theory of evolution by natural selection
  • The interdependence of species
  • The scale, origin and future of the universe

 

Main resources:

Resources are available via my blog here: www.eddieplayfair.com and filed in the category Science in Society.

The specification is available here: http://filestore.aqa.org.uk/subjects/specifications/alevel/AQA-2400-W-SP-14.PDF

There are also many excellent resources designed for the course on the Nuffield Foundation website here: http://www.nuffieldfoundation.org/science-society/topic-resources

You will also find it helpful to read science magazines regularly such as:

New Scientist:  http://www.newscientist.com/ and

Scientific American: http://www.scientificamerican.com/

Quality newspapers

These will give you more depth and background to news stories:

BBC

The BBC has a massive range of output, TV, radio and web-based.

An up-to-date listing of TV programmes on science and nature themes:

http://www.bbc.co.uk/iplayer/categories/science-and-nature/highlights

BBC Radio 4 is an excellent spoken word channel and many programmes are available to listen again. Here is an up-to-date listing of recent radio programmes:

http://www.bbc.co.uk/radio/programmes/genres/factual/scienceandnature/player

 

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Is doubt the origin of wisdom? Science in Society 1

Science as a ‘doubt factory’

“Doubt is the first step towards knowledge” Aristotle

“Doubt is the key to knowledge” Persian proverb

“By doubting we come to inquiry; by inquiry we perceive the truth” Peter Abelard

“Dubitum sapientiae initium” (“Doubt is the origin of wisdom”) Rene Descartes

“Doubt is not a pleasant sensation, but certainty is absurd” Voltaire

“It is restlessness, anxiety, dissatisfaction, agony of mind that nourishes science” Jacques Monod

Readings

1. Colin Blakemore: ‘The best philosophy is doubt’

Colin Blakemore is in favour of a philosophy that always asks if you could be wrong:

Sciencethe method that underpins what we know most reliably about the world and ourselvesrests on uncertainty. The late, great Karl Popper argued that the only thing that can be definitively proved by an experiment is that a hypothesis is wrong.  Scientists always express, or should express, their ideas in terms of uncertainty. Remember the historic announcement last year that CERN had discovered the Higgs Boson? What they said was: “We observe in our data clear signs of a new particle, at the level of 5 sigma”. What’s that 5 sigma business? It’s a statistical measure: it means that there’s a 1 in 3.5m chance that the most important discovery in particle physics in the past 50 years is wrong.

I’m not saying that scientists wake up each morning driven by the passion to prove that their ideas are flawed. We all hope that our theories are 5 sigma. But we have to live with the only certaintythat our opinions could be wrong.

Contrast that with the expectation that most people have of their leaders. The hallmark of charismatic politicians is that they have absolute confidence in their opinions. Politicians who change their minds on the basis of evidence are accused of U-turns, rather than being hailed for their wisdom. But unwillingness to doubt has given the world most of its political disastersfrom Darius’s invasion of Greece to the present adventures in Iraq.

Doubt is the engine of intelligence. We suffer from a surfeit of certainty. The most powerful philosophy is always to ask whether there is a possibility that you are wrong. From Intelligent Life magazine, May/June 2013

http://moreintelligentlife.co.uk/content/ideas/anonymous/best-philosophy-doubt

 

2. Richard Feynman on the uncertainty of science:

Knowledge is of no real value if all you can tell me is what happened yesterday. It is necessary to tell what will happen tomorrow if you do something—not only necessary, but fun. Only you must be willing to stick your neck out…

Every scientific law, every scientific principle, every statement of the results of an observation is some kind of a summary which leaves out details, because nothing can be stated precisely. It is necessary and true that all of the things we say in science, all of the conclusions, are uncertain, because they are only conclusions. They are guesses as to what is going to happen, and you cannot know what will happen, because you have not made the most complete experiments.

Scientists…are used to dealing with doubt and uncertainty. All scientific knowledge is uncertain. This experience with doubt and uncertainty is important. I believe that it is of very great value, and one that extends beyond the sciences. I believe that to solve any problem that has never been solved before, you have to leave the door to the unknown ajar. You have to permit the possibility that you do not have it exactly right. Otherwise, if you have made up your mind already, you might not solve it.

…It is of paramount importance, in order to make progress, that we recognize this ignorance and this doubt. Because we have the doubt, we then propose looking in new directions for new ideas. The rate of the development of science is not the rate at which you make observations alone but, much more important, the rate at which you create new things to test.

If we were not able or did not desire to look in any new direction, if we did not have a doubt or recognize ignorance, we would not get any new ideas. There would be nothing worth checking, because we would know what is true. So what we call scientific knowledge today is a body of statements of varying degrees of certainty. Some of them are most unsure; some of them are nearly sure; but none is absolutely

certain. Scientists are used to this. We know that it is consistent to be able to live and not know. Some people say, “How can you live without knowing?” I do not know what they mean. I always live without knowing. That is easy. How you get to know is what I want to know.

This freedom to doubt is an important matter in the sciences and, I believe, in other fields. It was born of a struggle. It was a struggle to be permitted to doubt, to be unsure. And I do not want us to forget the importance of the struggle and, by default, to let the thing fall away. I feel a responsibility as a scientist who knows the great value of a satisfactory philosophy of ignorance, and the progress made possible by such a philosophy, progress which is the fruit of freedom of thought. I feel a responsibility to proclaim the value of this freedom and to teach that doubt is not to be feared, but that it is to be welcomed as the possibility of a new potential for human beings. If you know that you are not sure, you have a chance to improve the situation. I want to demand this freedom for future generations.

Doubt is clearly a value in the sciences. Whether it is in other fields is an open question and an uncertain matter…It is important to doubt and…doubt is not a fearful thing, but a thing of very great value.

More here. Also worth watching: Richard Feynman on belief

 

Further questions:

  • Is curiosity always a good thing?
  • Is there too much certainty in the world?
  • Should we doubt everything?
  • Is it possible to doubt too much?
  • Is it possible to believe too much?

 

Useful words:

Degrees (of certainty)

Falsifiability

Ignorance

Incomplete

Knowledge

Scepticism

Proof

Provisional

Wisdom

 

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Market madness #6 Students as commodities: premium, discount and remaindered

Enrolment is always a challenge. We come back from our holidays to an empty college. Like someone organising an open house, we’ve stocked up on a range of snacks and drinks for our guests but we can’t really be sure that anyone will actually turn up. It’s conceivable that every single person who said they would come will find something better to do. We start with no students and we have to enrol every single one before we can start doing our job and actually teach them.

Ideally, of course, our future students are already out there, having made their minds up ages ago after visiting, given much though to their application, attended an in-depth interview, been well advised and made a well-considered choice. They turn up with the results they expected and enrol on the course they said they wanted. Everything goes swimmingly and before you know it the party is a big success.

We start by assuming that most students will do things the way we want them to: planning, visiting, taking advice and deciding in good time. And many students are indeed organised, focused and decisive.

However, enrolment is also about dealing with the ‘walk-ins’, the desperate, the indecisive, the new arrivals and the hard-to-place; all of whom deserve the best educational opportunities we can offer.

Enrolment reminds us that sound educational advice is actually not the norm in all schools and that young people’s lives can be blighted by poor guidance and a lack of information. For some, this is a time of exciting new challenges and vistas and wonderful opportunities. For others it can be a time of family tension, where hopes and aspirations are dashed by the reality of exam results, where one has to ‘settle’ for ‘second best’ or make difficult choices between what seem like a rock and a hard place. The sense of doors closing and future prospects narrowing can reinforce a young person’s sense of failure and rejection.

Still, for all its downsides, enrolment has one big upside; it’s when we get to meet the wonderful young people we’re going to be working with all year. Their ambition, hope and dynamism keep us going and remind us why we love the job.

The rhetoric of post-16 market choice paints the student as a well-informed discerning consumer, choosing between a range of different providers. However, in our hyper-market the student is often the commodity with the providers acting as consumers vying to pick the ‘best’ students. In such a market, the ‘premium’ student has already demonstrated high achievement; the clearest sign that they will help the institution do well. The ‘remaindered’ student is worth much less; they’ve had a false start, failed to show enough promise and will probably generate a lot of work for little return. Nearly as risky is the ‘discount’ student who is threatening to turn 18 during their course or may even already be past their sell-by date, incurring the 17.5% ‘aspiration tax’.

Under these circumstances it’s hardly surprising that the raising of the participation age hasn’t delivered on its promise of appropriate provision for all 16-18 year olds. In effect, the market means that the most sought-after students are often over-provided for while the others take their chances.

This is a crazy way to do things. Post-16 providers are encouraged to think as competitive agents who fight to attract students while also being prepared to spit some of them out on the way with little regard for what happens to them next. What we need is an inclusive tertiary education system which takes responsibility for providing for every young person aged 16-18 in a locality. This requires some local planning with an expectation that institutions collaborate and see themselves as parts of a single system acting in the interests of all young people.

All the Market Madness posts:

Market madness #1 Oversubscribed?

Market madness #2 “Choice and diversity”

Market madness #3 The well-informed educational consumer

Market madness #4 A good system can help schools improve

Market madness #5 Qualifications as currency

Market madness #6 Students as commodities: premium, discount and remaindered

Market madness #7 What markets do to us

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London loses out in Headteacher Board elections

There was a national election before the summer to “improve the education of pupils across England” and “shape the future of the education system”.

Missed it? You might be forgiven for this because only academy headteachers had a vote. Also, the education “system” these elections are helping to shape is just the academy part: 58% of secondary schools and 12% of primaries.

Still, 1,600 of these headteachers used their votes to elect 4 heads to each of 8 new regional Headteacher Boards and the results were announced here on 17th July.

These bizarre elections come at a low point in the history of democratic accountability in English schools when the idea of a ‘system’ has never been more distant.

This apparent blossoming of democracy with a tiny electorate of appointees electing representatives from among their number has none of the normal characteristics of a democratic process. The wider public had no say, there was no public campaigning, there were no competing manifestos or policy debates. Although the implication is that headteachers have been given a greater role in leading the “system” these boards offer no wider accountability or mandate for any education policies other than the government’s. Without any kind of popular involvement or debate one wonders what the point was of having elections to populate these bodies.

Nevertheless, there are now 32 new elected members of these regional Headteacher Boards and both their electorate and the citizens in their regions may wish to hold them to account.

One big loser in these elections has been London. The nation’s capital does not have its own regional schools’ commissioner or Headteacher Board and it has been carved up and shared across 3 different areas: South London and South East England, North West London and South Central England and North East London and East England.

As if this wasn’t bad enough, the results of these elections have delivered only one London headteacher out of 12 elected to the 3 boards (the head of the Compton school in Barnet, elected to NW London & SC England). Had London been a region of its own, it would have had 4 London heads on the board.

So should we be annoyed about this or shrug the whole thing off as a massive irrelevance? It may be that these bodies won’t have much of a profile and will work quietly behind the scenes away from public scrutiny. But if and when local controversy flares up somewhere on their patch about a proposed or forced academy conversion or a choice of sponsor, the views of the Regional School Commissioner and their Headteacher Boards will matter. The point when difficult decisions have to be made in the glare of publicity will be the point when the absence of transparency and popular accountability will be a real weakness.

Previous posts about Headteacher Board elections:

Headteacher Board elections: excitement mounts

A pale shadow of democracy

 

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Promoting a sixth form student research culture

Good news: Extended Project qualification (EPQ) entries were up again this year. The qualification which is equivalent in value to an AS level accredits a substantial piece of research on a topic of a students’ choice, usually culminating in a 5,000 word dissertation. Over the last 5 years, EPQ entries in England have risen from around 5,000 to around 35,000, a seven-fold increase.

This means that more sixth formers are engaging in both primary and secondary research, evaluating their sources, weighing up evidence and arguments from different perspectives and presenting their findings both orally and in writing. They are learning research methods and developing their critical and analytical skills.

In some cases, students are working with others in research teams or collaborating on substantial co-ordinated projects.

The EPQ is one of the few opportunities in the accredited sixth form curriculum where students can choose what to study and in how much breadth or depth. This means students can pursue personal interests, explore connections between their other subjects and in some cases make an original contribution to the sum of human knowledge.

For some, the EPQ is just another qualification, a way of accumulating more UCAS points or having something interesting to say in their personal statement. That could be one explanation for its increasing popularity and there’s nothing wrong with that. But the increasing number of project entries could also be a welcome sign of a growing research culture in our sixth forms.

We worry about the somewhat formulaic nature of our exams, the constrained knowledge and skills they assess and the dangers of a culture of coaching or spoon-feeding students to succeed. This doesn’t necessarily promote deep learning or personal reflection. Encouraging research draws students in a different direction; promoting a culture where we identify problems which concern us and try to work out solutions based on evidence, analysis and reflection. Whether this leads to a full-blown EPQ or simply a well-argued dissertation and/or a powerful oral presentation this is contributing to a genuinely rounded education.

In the language of the Trivium, as popularised by Martin Robinson in his brilliant book Trivium 21c (reviewed here), engaging in research offers students the opportunity to learn all 3 key elements in a single project: grammar (the core knowledge and understanding), dialectic (the ability to question and challenge) and rhetoric (the ability to explain and present to others).

Research projects can also help colleges or schools turn outwards and become a resource for the world around them; a research community ready to engage with, and serve, the wider community. This requires students to understand and confront ‘real world’ challenges whether at a neighbourhood or a global level, to discuss them, research them and apply themselves to addressing obstacles and identifying solutions. This can turn apparently passive students into engaged active citizens is a highly educational process.

At its best, the product of student research projects can be a modern version of the apprentice’s masterpiece; evidence of mastery and skill which can hold its own in the wider world and this could form part of everyone’s sixth form graduation or matriculation. For today’s visual or performing arts students, this evidence could be similar to their current portfolios, artifacts or student devised productions. For students of other disciplines, it might be a student-led community project, social enterprise, publication or the more traditional written essay. Digital platforms offer a great opportunity to share and discuss these products widely and sixth form teachers, university academics, professionals, employers and local residents could all play a part in supporting and assessing student research.

England’s A-level and advanced vocational students need to catch up with their International Baccalaureate Diploma counterparts, all of whom have to produce an extended essay requiring substantial research. We should be aiming to make the development of research skills the norm for all advanced students and increase EPQ numbers further as well as promoting the Higher Project, the intermediate (GCSE level) version, as a stepping-stone.

A number of universities have already committed to supporting the development of a research culture in sixth forms and one way to expand this further could be to create university-led partnerships bringing together several sixth forms and involving research-active academics and university resources.

My analysis of the nearly 33,000  EPQ entries for 2013 drawn from the national performance tables show that these are very unevenly spread with some sixth forms embracing the EPQ and entering significant numbers and many others entering few or none. Out of 2,177 post-16 centres, less than three quarters offered any EPQ and well over half had 10 or fewer entries.

Between them, 86 sixth form colleges, were responsible for 27% of all EPQ entries although they represent only 4% of centres. Just 5 sixth form colleges entered over 3,000 EPQ candidates, more than all 165 private school centres and between them these colleges had a 97% EPQ pass rate. The sixth form college EPQ table is topped by Hills Road in Cambridge with 942 entries and a 98% pass rate.

In London, there was a marked variation in the number of EPQ entries between boroughs with Harrow at the top with 547 (427 of these from St.Dominic’s sixth form college), Bromley, Wandsworth and Sutton all above 200. At the other end: Newham entered 35, Enfield and Lambeth 30 each, Hackney 20 and Tower Hamlets only 7.

One sign that we are successfully promoting a sixth form student research culture across the country would be more consistency in the proportion of students at advanced level entered for the EPQ.

So let’s celebrate the growth of the Extended Project, let’s ensure it continues to grow and let’s help it reach those parts of post-16 provision where it is least used and most needed.

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