Tertiary goes Middle Years

By rob

There is a philosophical divide in many schools; do we emphasise “middle years” (more generalist teachers, less segmentation of learning into discrete subjects, more emphasis on engagement, social and emotional competencies, individual approaches, generic thinking skills),  or do we for go for subject discipline (emphasis on specialisation, structured content, exams)  as soon as possible?  

On of the purposes of this blog is to have some debate about this (a lot of maths teachers are on the latter side, and they feel they can’t air their views, since it feels unpopular in the current environment, against VELS etc). And some others would say, we can do both; we can engage them early on with generalist strategies and build healthy foundations – good thinking skills etc –  for later specialisation. But for the sake of argument, lets “pretend” many middle years proponents and KLA specialists don’t agree with each other.

One argument that is often heard against the middle years goes like this : its all very well to aim at engagement, and to explore your own individual learning plans etc, but sooner or later, they have to do leave that stuff and do Real Exams. You know, Real VCE or Real University exams. And here the middle years proponents might say – well, our approaches prepare them better for this than just pushing the content earlier down the school (and reteaching it every year).  And the specialists reply, they come to us with gaping holes, and our subject has a definite body of knowledge and skills that are not being taught properly, if at all.  And so it goes …  

So, lets call this drive to prepare for Real Exams, the push to specialise earlier, the “top down” approach. Top Down says that Education in general, and Maths is particular, is tough at the top end, so lets prepare for that as early as possible, and limit the generalist, middle years approaches as soon as possible.

Notice how this works:  Uni  >> VCE  >>  7-10  >> Primary

the logic of this top down approach is that the sooner specialised maths teaching kicks in the better, preferably before the end of primary school.

(One irony of this is that on many counts uni courses typically boast the most monotonous examples of pedagogy, much less interesting than many primaries.)

OK, we’re all familiar with this landscape. But what would happen if the top changed its mind? If the tertiary sector starts looking for less segmentation of learning into discrete subjects, and started talking about pedagogy and engagement. How would we validate that chain of events, the need to prepare for the Really Big Exam, now?

heres a quote from Melb Uni’s vice chancellor, Glyn Davis, on their new approach to undergraduate courses:

As specialisation becomes more and more the way the world we live in is, there’s a tendency to drive specialisation very early on in degrees. [a] Year 11 student … will be choosing subjects for Year 11 and Year 12 long before they get to university, with an eye to the enter score, and an eye to the course they want to do to university. Thats not a particularly good way to run your education system. Its better that at school, you can explore your potential, and that when you come to university for the first three years, you’re in the broad area that interests you and you want to develop in, but you’re using the time to experience a broader arrange of offerings that you might and to make your mind up pretty clearly about what you want to do. One of the key messages we’re been getting from employers – and we ‘ve been talking in great detail with them – in, say, the accounting firms and the law firms likewise are saying, “The students you ‘re sending us are well-trained, “they ‘re everything we want, “except they’re not necessarily motivated “because they made this choice at 17 and 18. “By the time they ‘ve done five years or four years of university, “and they come to us, they ‘re still asking themselves, “Is this the career choice I want?” A student has spent three years in a broad undergraduate degree getting to know themselves and the possibilities and the subject areas, we think is more likely to choose precisely and carefully and with great motivation about what they want to do in graduate school.

Now thats a bit of tertiary cat among the pigeons. Maybe they listened to too much Andrew Fuller.  This was on LateLine (transcript and video here) (italics added)

I did discuss this with a maths teacher, with strong academic connections, who sees Melb Uni’s new approach as economically motivated – a way to get students to study longer and spend more. I don’t know the truth of this, except to note that this was discussed in the same interview :

(INTERVIEWER) of course, some of your rivals see this move by you as a way of boosting
Melbourne’s private revenue stream. I understand in fact, you ‘ve got agreement from the minister that, in fact, your graduate students can in part be funded by a transfer of HECS-funded placements, is that right?

GLYN DAVIS: Yes. We proposed to the Minister late last year and early this year, and she has publicly endorsed a suggestion that a significant number of places move from undergraduate to graduate. That means they remain HECS-based places, which means the cost for students in undertaking the new model is unchanged. It is no more expensive.  

And their professed view is different:

This is drawn from our point of view from pedagogic incentives. This is about a better education model. That’s what’s driving our changes. One of the problems with just saying, “Let’s have undergraduate degrees and then graduate degrees,” is that there has been significant fragmentation in the curriculum. There isn’t a lot of coherence necessarily in the undergraduate curriculum, and undergraduate degrees don’t necessarily articulate strongly into graduate school.

These fine motives might not be the case, of course, but just noting the arguments. Not sure what it does for the mythology of the Big Exam Coming Up, thats used to pass the message down the chain (VCE, 7-10, P-6)  that they better stop playing with middle years approaches and do more Formal Mathematics, and that of course advanced maths is useful for all, if for no other reason than its looming on the final exam.

 Might provoke some responses.  You don’t need to register to comment below … and you can follow these instructions to respond with a full post if you prefer. What do you think if all this? Fire away ..  

5 Responses to “Tertiary goes Middle Years”

  1. Jenny Ashby Says:

    There seems to be a vast contrast in philosophies of the VELS and AIMS groups. Both are tugging at us and pushing us to make certain decisions that lead in different directions. How do we go in the one direction to cover AIMS requirements data etc and VELS?

  2. christine perry Says:

    Actually I think VELS is asking that we skill the students but at the forefront is interpersonal development. If we allow the students to, and expect them to be responsible for their learning then they will have optimum learning achievements and the more boring testing side of the learning will not be a problem. I don’t think we are advocating opposing philosophies in these areas. I also think the drivers of VELS recognised that learners need to be committed to learning and we need to teach them this early

  3. Archimedes Says:

    i also think its broadly possible to reconcile VELS, middle years approaches, and good outcomes in maths …

    but i know a good chunk of maths teachers do think, if you really ask them, that these things at odds with each other – that vels and middle years are misguided, time wasting irrelevancies to the serious business of real maths …

  4. Dale Pearce Says:

    Glyn Davis can’t have it both ways. Tertiary admission is controlled by the universities and based around the ENTER, which requires assessment against a VCE study design. So students wanting tertiary entrance have little choice but to ‘play the game’ and try to maximize their ENTER by producing the best study scores they can and the work of schools is to support them in achieving this objective. This is at odds with the notion of letting students ‘explore their potential’, particularly at senior level. Until the universities decide they’ll accept students on a basis other than the ENTER, the interests of students seeking university entrance will be best served by trying to prepare them for what they need to do at this level. I think teachers at VCE level would welcome some more flexibility.

    For students to achieve at the required level at VCE Mathematics does require a solid foundation. Teachers of VCE Mathematics will have a clear understanding of what students need to be able to do at that level. I am less sure that they understand what is taught and how it is taught in lower secondary and primary schools. I see the establishment of strong networks of teachers as critical to advancing a shared understanding and a suvccessful approach to the teaching of Mathematics across our schools.

  5. rob Says:

    yes, on reflection guess i agree : VCE assessment / Enter is the limiting factor

    by comparison, a report into how science could be reframed and deepened looks at more genuine and sustained enquiry

    “One of the key criticisms of the current, traditional practice in school science has been of the pervasive use of transmissive pedagogies, and the lack of variety in teaching strategies. This is in part a response to the nature and volume of curriculum content requirements, and possibly the continuance of a long-standing tradition. Pedagogy, in a re-imagined science curriculum, will need to be more varied, more supportive of students’ agency through more open tasks, increased discussion and negotiation of ideas, and involve more varied settings. Reform of science education will need to include a substantial re-think of pedagogy, linked to content reform and teacher development.

    “Assessment
    Too often in the past, traditional modes of assessment that focus on conceptual knowledge, often at a low level, have been the default option that subverted attempts to widen the emphases in school science. This has been particularly true in senior science where there is a need to provide defensible state-wide comparisons of student achievement, and where there are strong, longstanding assessment traditions. There is an urgent need, if the curriculum practices described in this review as leading to a more relevant and engaging science education are to be promoted, to develop rigorous and defensible assessment practices to support this.” (http://www.acer.edu.au/documents/AER51_ReimaginingSciEdu.pdf )

    i think that applies for maths as well
    eg “nature and volume” of curriculum has often demanded a relatively transmissive approach – which certainly works in its place (mastering question types) coupled with “longstanding assessment traditions” – working the various types of questions on the exam

    the equivalent of the enquiry approach that is suggested for science (ie sampling genuine, messy, uncertain science as really practiced, rather than the neat examplars for exams) – is, for me, not just “open ended problem solving”, but specifically more depth and breadth of various types of ICT assisted modelling .. that is used to explore and express the concepts from the “inside”

    (but until that’s written into the statewide assessment, its just me remembering how programming on the year 12 maths curriculum in 1985 made maths expressive, and how many kids might benefit from that approach … which has faded rather than grown since then)

    so yes, current nature and flavour of external assessment is the deal breaker to some of this i guess .. or works against it anyway

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