The Secondary Phase
39. The Secretaries of State wish to emphasise three propositions about secondary education, which are developed and extended in what follows:
1. Schools should plan their curriculum as a whole. The curriculum offered by a school, and the curriculum received by individual pupils, should not be simply a collection of separate subjects; nor is it sufficient to transfer, with modifications, the ideas about the curriculum in the separate selective and non-selective schools of an earlier generation into the comprehensive schools attended by most pupils today.
2. There is an overwhelming case for providing all pupils between 11 and 16 with curricula of a broadly common character, designed so as to ensure a balanced education during this period and in order to prevent subsequent choices being needlessly restricted.
3. School education needs to equip young people fully for adult and working life in a world which is changing very rapidly indeed,
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particularly in consequence of new technological developments: they must be able to see where their education has meaning outside school.
40. At present, for the first three years in most secondary schools pupils follow broadly similar programmes. These generally include English, mathematics, science, history, geography, religious education, art, music, home economics, craft design and technology, physical education and games. Nearly all pupils also embark on a foreign language, usually French. In some schools some form of group studies - 'humanities' or 'environmental studies' or 'design studies' - may replace some of the single subjects, wholly or partly. For a minority of pupils there may be an opportunity to begin a second foreign language, classical or modern, in the second or third year, and science courses may begin to be more sharply differentiated for abler pupils.
41. In the fourth and fifth years, the number of subjects studied by all pupils is much reduced. Some subjects are dropped, others added, with varying degrees of guidance and control. The result is that a balanced curriculum for each individual pupil is not always assured. As a consequence some pupils are deprived of valuable opportunities for employment, for continued education, or for enlarging experience and understanding in ways which could help them as adults and as citizens. Giving up too many subjects at age 14 also has a bad effect on the preceding school years. Motivation and sustained effort in a subject may be at risk if the pupil knows that he will soon abandon it. Some choices have to be made at age 14, especially where two-year examination courses are to be followed. Moreover it is right that 14 year old pupils should have some freedom to shape their lives; and a freely made choice can improve motivation at school. But the choice must be so managed that pupils' secondary schooling does not suffer. Pupils should not drop potentially valuable subjects before they are mature enough to understand their importance or to have mastered their elementary ideas and skills. Courses should be so designed that pupils who drop a subject for good reason are enabled to achieve something of value.
42. Although choices are made, and have to be made, at the end of the third year, every pupil up to 16 should sustain a broad curriculum. The level, content and emphasis of work will be related to pupils' abilities and aspirations, but there should be substantial common elements. These should include English and mathematics, whose vital importance schools already recognise in the time and attention they devote to them. To these should be added science, religious education and physical education; in addition, pupils should undertake some study of the humanities designed to yield lasting benefit and should retain opportunities for some practical and some aesthetic activity. Most pupils should study a modern language, and many should continue to do so through the whole five year period. Within all this there should still be room for choice, so that all pupils can give expression to their aptitudes and interests in taking up additional subjects or reinforcing their largely common programmes. But it is essential that in the event
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the programmes offered to each pupil should maintain breadth. The importance of this, together with the significance of any particular choices for future career opportunities, should be explained to pupils and their parents before the end of the third year.
Specific areas of the curriculum
43. English, mathematics, science and modern languages are generally treated as separate items in school timetables. The Secretaries of State consider that their key position makes it appropriate to give each some special consideration here. In their view, it is important that every school should ensure that each pupil's programme includes a substantial and well-distributed time allocation for English, mathematics and science up to age 16, and that those pupils who do take a modern language should devote sufficient time to it to make the study worthwhile. The Secretaries of State do not suggest minimum times which should be devoted to these subjects. Any suggested minima might too easily become norms, or be interpreted too rigidly. It is for the local education authorities to consider, in consultation with the teachers in their areas, whether to suggest minimum time allocations in these subjects, as broad guidance for schools.
English
44. English is of vital importance in the development of pupils as individuals and as members of society: our language is our principal means of making sense of our experience and communicating with others. The teaching of English is concerned with the essential skills of speech, reading and writing, and with literature. Schools will doubtless continue to give them high priority. As the Bullock Report stressed, language is part of the means of learning in all subjects, so that English is a necessary concern of all teachers and there needs to be an organised policy for English across the curriculum. The Secretaries of State consider it necessary to strengthen the knowledge and expertise of the many teachers who are currently teaching English without being appropriately qualified to do so, and hope that this will be seen as a priority within the in-service training programme.
Mathematics
45. Mathematics rightly forms part of virtually every pupil's curriculum throughout the first five years of secondary education. It is essential for day to day living and is the key to much human knowledge and understanding. Mathematics teaching should draw on the content of other parts of the curriculum to demonstrate its applications; and all teachers should seek consistency of approach to the mathematics they use. In particular the work done in mathematics and in science should be brought closer together than it often is at present.
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46. Further action will need to be considered in the light of the Cockcroft Committee's recommendations, which are expected later in the year.
Science
47. The increasing importance of science and its applications in the modern world, and the rapid development of technology, reinforce the case for science as an essential component of education for all pupils of 11 to 16. More science is now being taught to more pupils. Some fundamental issues must now be faced.
a. Syllabuses must be designed in such a way as to preserve the high standards of the best science teaching which exists now; and at the same time to take further the ideas which need to be introduced at the primary stage and to meet pupils' different needs and abilities.
b. Courses for pupils up to 16 need both to ensure a reasonable balance across the sciences and to maintain depth and rigour. Many examination syllabuses, especially at O Level, are overloaded and out of date: this appears to be an important factor which turns pupils away from science. Too many 16+ examinations test mainly the candidates' powers of recall, rather than testing sufficiently their understanding or their ability to think and work scientifically. Any new O Level or other 16+ syllabuses must continue to provide a satisfactory basis for A Level courses.
c. Usually during their third year, pupils have to choose whether they wish to study one, two or three science subjects or no science at all in the fourth and fifth years. Pupils rarely return to a science subject after dropping it at the end of the third year. Many able pupils, particularly girls, decide at 13 not to aim at a career in science or engineering and make subject choices accordingly; there is evidence that by the age of 16 some of these would like to change their minds but it is then usually too late. These consequences can be avoided only if pupils continue with some work in the three main sciences in the fourth and fifth years, and there are those who argue that for all pupils, including the less able, a scientific education requires a programme of this breadth.
d. The education and training of many science teachers in one pure science only do not equip them well for teaching - as many of them have to do - outside their own specialism; nor for relating their science to the needs of the wider world.
e. The problem is not only one of resources. If there is to be science for all up to age 16, and if the shortage of able scientists and engineers is to be alleviated by attracting more able pupils, particularly girls, to the physical sciences, more teachers and more laboratories are needed; science should command high priority within the in-service training programme; and existing resources need to be deployed to still better effect. But even if these resource difficulties are mitigated, it will be possible to accommodate science
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in the 11-16 curriculum on the required scale, and at the same time maintain for all pupils a broad programme which adequately covers all the essential elements, only if courses can be developed which meet the requirements in a to c above but do so without making unacceptable demands on curriculum time.
The Secretaries of State intend to consider these issues further, in consultation with the interests most directly concerned, and to publish their conclusions.
Modern languages
48. There has been a marked increase in the proportion of pupils studying a foreign language, usually French, in the early years of secondary education. At present over 80 per cent of pupils are studying a language at this stage, compared with no more than about 30 per cent some 20 years ago. However, the very large dropout from language classes after two or three years of secondary schooling, as well as the shortage in some places of suitably qualified modern language teachers, has had the result that the percentage of young people completing a five year course has not significantly increased over the same period.
49. The Secretaries of State believe that, given particularly Britain's place in the European Communities, most pupils should have the opportunity to learn a foreign language; and that at least two or, if possible, three years of language teaching should be provided as a minimum. Wherever possible pupils should be encouraged to keep up a modern language until the end of the fifth year of secondary education. French is, for various reasons, the dominant foreign language studied; but languages other than French need also to be offered within the area of each local education authority. The Secretaries of State consider that the available language teaching resources can be used to full effect, and the best balance achieved between languages on offer, only if modern language provision as a whole is planned by the local education authority across its area, taking account of the facilities available in both schools and further education. In this connection, authorities may find it necessary to give similar consideration to classical languages.
50. Important questions about modern language provision remain:
a. What foreign languages other than French should be available to secondary school pupils? To what extent should pupils study more than one language? How far should our membership of the European Communities be taken into account in assessing objectives?
b. Far more pupils than in the past now have a first language which is not English or Welsh. This constitutes a valuable resource, for them and for the nation. How should mother tongue teaching for
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such pupils be accommodated within modern language provision so that this resource does not wither away and the pupils may retain contacts with their own communities?
c. How suitable are present courses for pupils up to the age of 13 or 14? What is their educational and practical linguistic value both in themselves and as a preparation for continued study?
d. What should be the objectives of what is taught and learned, and what should be the balance between the various language skills? What should be the 'cultural' element in a course?
e. In the development of modern languages what relative priorities should be given to the length of courses and their extension over the range of ability?
f. Should more pupils be enabled to continue study of a foreign language beyond 16? How might this be secured?
The Secretaries of State intend to consider these questions further, in consultation with the interests most directly concerned, and to publish their conclusions.
Microelectronics
51. The use of computers and other microelectronics-based devices in schools is of growing importance not only in computer studies but also in mathematics, science and other areas of the curriculum. Many aspects of adult life and work are likely to be transformed by developments in computer science and in information and control technology. The Secretaries of State consider it important that pupils should become familiar with the use and application of computers, particularly through direct experience in the course of their studies. The government is supporting the use and application of microelectronics in secondary schools through a programme of curriculum development and in-service training.
Craft, design and technology
52. The Secretaries of State attach special importance to craft, design and technology as a part of the preparation for living and working in modern industrial society. When it is taught imaginatively, this work helps pupils to understand that the practical application of discoveries and inventions is as vital to our society as scientific research. It encourages creative skills and the ability to identify, examine and solve problems, using a variety of materials. The problems tackled by able pupils are intellectually demanding and stretch to the full their inventive and innovative powers. Problems seldom have a single 'correct' answer: their resolution requires the gathering of information, the practical application of knowledge and, frequently, cooperation with others both inside and outside school. Craft, design and technology can also enrich and add interest to what is taught in
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other subjects. It can enable boys and girls to absorb, consolidate and develop the science and mathematics they learn and to give them a practical application, and to develop their language skills in practical situations. Where it is used to demonstrate science and technology in action, it can help pupils to understand the possibilities of technological change and to profit from them later.
Preparation for adult life
53. It is a major function of the schools to prepare children and young people for all aspects of adult life. Secondary schools, building on the foundation laid by primary schools, need to ensure that this function is reflected in the whole of their curriculum. The Secretaries of State attach particular importance to three interrelated ways in which pupils can be so prepared.
a. The curriculum needs to be related to what happens outside schools. As schools and examination boards have increasingly acknowledged in recent years, the curriculum needs to include more applied and practical work, particularly in science and mathematics; and pupils need to be given a better understanding of the economic base of our society and the importance to Britain of the wealth creating process.
b. Pupils need better and more systematic careers education and guidance. In the earlier secondary years all pupils need a carefully planned programme in good time to prepare them for the subject choices that they will make by the end of the third year. In addition to the contribution made by specialist careers teachers, subject teachers should relate their subjects to the outside world, and those with tutorial responsibility should also play a part. As pupils move through secondary education, the careers service will supplement the continuing careers education and guidance given by the school. The Secretaries of State endorse the recommendation made in 'Education for 16-19 Year Olds'* that careers education and guidance should assess personal strengths and weaknesses; impart knowledge about jobs and the qualifications required for them, and the opportunities for post-16 education and training; and develop pupils' skills in taking decisions about these matters.
c. An increasing number of local education authorities and schools have recognised the importance of establishing links between the education service and industry: each side has much to contribute to the other. Many different arrangements have developed in recent years, many as a result of local initiatives, and others prompted by the national bodies active in this area. The Secretary of State for Education and Science has accordingly commissioned a study from a senior industrialist of the nature and coverage of these activities, their effectiveness, and ways in which it might be enhanced.
*Department of Education and Science, January 1981
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54. The Secretaries of State consider it essential that career opportunities should be kept equally open to boys and to girls. The obstacles to equal employment opportunities for women are deeply rooted in attitudes in the home and in society. Schools can do much to diminish these obstacles through the content of the curriculum, the way in which the work is organised and the subjects taught, and careers guidance, as has been illustrated in HM Inspectors' recent paper 'Girls and Science'.*
55. Useful advice is available to schools from two projects sponsored by the Schools Council: the Schools Council Industry Project, which has been working with schools in five local education authorities and has recently extended its coverage; and the Skills for Employment project which is working with schools and industry representatives in schools in five local education authorities to link what is taught in schools with skills needed on the job. A further publication from HM Inspectors, 'Schools and Working Life: Some Initiatives'** describes aspects of the work in twelve schools aimed at helping pupils to prepare for working life.
56. The present paper is concerned with the curriculum in the period of compulsory education. The review Education for 16-19 year olds is concerned with the educational provision for that age group as a whole. The 16-19 phase of education is closely related to what has gone before it. It builds on the foundation which the schools have laid, and its requirements affect what the schools do. Accordingly in considering the curriculum, particularly in the later stages of the compulsory period of education, both local education authorities and schools need to take account of its significance for pupils' subsequent progress, whether in school or in further education. Similarly the authorities and the institutions concerned have a duty to ensure that their post-16 provision, including special education provision, is coherently related to the curriculum provided in schools for pupils up to 16.
The Way Forward
57. The guidance given in this paper reflects what many authorities and schools already do, often as the result of sustained effort and experiment over the years. Further progress will similarly be gradual and will be affected by the availability of teachers and other resources. The Secretaries of State believe that all concerned in the education service will wish to maintain momentum in the improvement of the school curriculum and to review progress regularly. The Secretaries of State will themselves be responsible for taking further the work which is now required on science and on modern languages. They will also consider what further action is needed on mathematics in the light of the Cockcroft Committee's report.
*HMI Series: Matters for Discussion, 13: HMSO 1980
**HMSO 1981
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58. The improvements in the curriculum sought by the Secretaries of State fall to be achieved mainly by local education authorities and schools within the constraints set by limited resources. The Secretaries of State believe that each authority should have a clear policy for the curriculum in its schools and make it known to all concerned; be aware of the extent to which its schools are able, within the resources available to them, to make curricular provision which is consistent with that policy; and plan future developments accordingly, in consultation with the teachers and others concerned in their areas.
59. The pace and pattern of improvements in the curriculum will depend above all on the energy, imagination and professional skill of the teachers. This paper sets out the key questions, in the view of the Secretaries of State, for each school to pursue, building on what it has already achieved.
60. Schools should, as recommended in paragraph 18 above, analyse and set out their aims in writing, and make it part of their work regularly to assess how far the education they provide matches those aims. Such assessments should apply not only to the school as a whole but also to each individual pupil, and need to be supported by the keeping of adequate records for each pupil's progress. The assessments will help schools to plan effectively and to give, both to pupils and their parents, a clear account of what the school is offering.
61. The Secretaries of State welcome the work on reappraisal of the curriculum and clarification of objectives which is already in progress in some schools and authorities. For example, for the last three years in five local education authorities schools and senior advisers have been engaged with HM Inspectors on a curriculum enquiry based on the Inspectorate's working papers on the 11-16 curriculum.
62. The Secretaries of State will wish to inform themselves in due course about the action which, within the resources available to them, local authorities are taking in the light of the guidance in this paper.
63. HM Inspectors, in the pursuance of their normal duties, will provide the Secretaries of State with information about, and assessments of, the curriculum offered by schools; and offer professional advice to teachers and others concerned. The Assessment of Performance Unit will also continue its programme of monitoring specific aspects of the performance of pupils in schools.
64. The achievements of the education service stem from the contributions of all the partners in it. The Secretaries of State believe that these achievements provide a firm foundation for the further improvement in the school curriculum envisaged in this paper. It is right that the practical difficulties should be acknowledged both within the service and outside it. But the partners in the service, like the nation, are committed to the quality of education. This commitment finds its natural expression in what is taught in our schools.