Heuristics – making sense of the complexity of pedagogy

Over the course of a number of posts I have laid out a notion of pedagogy as the interpenetration of a number of complex adaptive systems (see here for the foundation of this expanded definition). Conceptually, what sits at the centre of this characterisation of pedagogy is the idea of complexity. Seminar rooms and the activities which develop within them, and the associated activities beyond (study, reading, discussion, etc) are such that we are not able to capture them in their entirety at any point in time – there are always elements which are beyond our perception. This leads to the idea that to research and understand seminar rooms and pedagogy is akin to looking onshore from a boat on a foggy day.

fog

When we observe or reflect on pedagogic activity we are only seeing some of the elements present, and rely on extrapolation, much as we might use elements of the landscape as a basis for extrapolating and imagining the detail of the whole landscape.

So if pedagogy is the interpenetration of teaching, learning, curriculum, assessment centred on the tutor and students, how are we able to make sense of the inherent complexity in these environments?

When individuals first begin to teach, they often find the process of teaching confusing, stressful, and even, on occasion, disorientating. I would argue that this is because they are faced with the complexity of the task, with little in the way of structures for sense making. However, as they begin to understand the tasks of teaching, they begin to see patterns in the activity, how various elements work together; this leads new teachers to build heuristics. Heuristics are strategies which emerge from experience, emerging out of groups of similar experiences and in this way creating sense making in complex environments. Individuals often problem-solve by using their experience of similar past events, or knowledge they have gained from elsewhere but which appear to have problem solving potential in the current situation. This allows a level of ‘patterning’ to pedagogic work, and as a result, networks of complex relationships are ‘chunked’ to simplify and make sense of practice. This is a form of ‘complexity reduction’ (Biesta, 2010) where the system is understood in simpler terms through the use of personal frameworks of understanding. However, heuristics are prone to approximation and error. This can be the result of biases and systematic errors in the frameworks which have been developed. Therefore, tutors will tend to identify elements of practice which appear not to work well, particularly through the use of reflective practice. In this framing reflective practice is a process by which the errors or approximations in heuristics are identified and developed to improve the heuristic models by which we operate.

The opening up of practice to reflection and to research is a process of reintroducing complexity, of allowing the many interpenetrating systems to become open and explicit once again – it is the conscious reintroduction of complexity as a way of trying to understand practice and process more deeply. The reflection or research is then enfolded into new heuristics which develop and allow complexity reduction to be introduced to practice once more. In this way, cycles of heuristics are developed to make sense of the complexity of pedagogy through reduction, before opening up the same complexity again in an attempt to engage in activity to change practice towards new heuristics and better practice. In this way, new practice is developed through the generation of new insights and knowledge through action (pragmatism), but in the context of interpenetrating complex systems which go to make up pedagogy. Hence, this is a complex pragmatic view of pedagogy and its emergence. In addition, the nature of heuristics is such that theory merely becomes a way of characterising those heuristics. Hence, as we go through cycles of emergent change, practice and theory become different elements or perspectives in relation to modelling and sense making sense of complexity through heuristics. Finally, going back to the image of the coastline, the emergent understanding of complexity and its enfolding into heuristics over time mean that we can blow some of the fog away – over a career, with the development of wise judgement (Biesta, 2014), i.e. the fostering of ever better and more deeply understood heuristics in practice, we extrapolate less and see more. However, we must accept that patches of fog will always remain, the complexity of pedagogic activity is such that we will never reach a clear and full understanding of it.

 

References

Biesta, G. (2010) ‘Five theses on complexity reduction and its politics’ in D. Osberg & G. Biesta (eds) Complexity Theory and the Politics of Education. Amsterdam: Sense Publishers, 5-14.

Biesta, G.J.J. (2014) The Beautiful Risk of Education. Boulder, CO: Paradigm Publishers

 

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What do we Mean by Pedagogy?Characterising learning (part 2)

‘One cannot begin to understand the true nature of human learning without embracing its interactional complexity.’ (Alexander et al, 2009: 176)

Alexander et al (2009) attempt to create a series of criteria which together characterise learning. From these principles, they then try to outline the dimensions of learning within which they argue the principles operate. One crucial part of their argument is the notion that no single theory of learning has created a fully adequate representation of learning. They identify nine foundational principles of learning:

1 Learning is change – this is inherent in learning, but has a number of possible characteristics, so can occur at group or social level as well as individual, and can be from the obvious to the imperceptible and can occur over a number of different time scales.

2 Learning is inevitable, essential and ubiquitous – to be alive is to learn as it is an inevitable process, and is also essential if we are to survive as individuals. We learn wherever we are, ‘the processes of learning are in operation whenever and wherever humans are situated.’ (178)

3 Learning can be resisted – Humans can resist learning, perhaps due to a lack of effort/interest, or from a fear of failure. If learning might lead to cognitive, social or cultural dissonance there can be also be a resistance to learning.

4 Learning may be disadvantageous – Learning can be a negative process, for example, learning how to disrupt the efforts of others, or how to cheat. Also, disadvantageous learning can take different forms, for example the learner might wish they hadn’t learned something (e.g. how veal is reared and produced), whilst in other cases, the learner might see their learning as positive even though it might have negative impacts (e.g. excessive use of social media).

5 Learning can be tacit and incidental – Much of our learning falls into the category, particularly outside of formal educational settings. This can include much of first language learning, especially in the early stages, and contextual learning.

6 Learning is framed by our humanness – learning is framed by our neurobiology, but varied between individuals leading to variation in our learning capabilities.

7 Learning is both process and product – As a process, learning is something which happens over time, whilst product is the durable change which occurs as a result of the process. Formal assessment and much research tends to focus on the product. ‘Indeed, much research in which the focus is only on learning as a product may oversimplify our conception of the learning process.’ (180) However, the same bias can occur if we only focus on the process.

8 Learning is different at different points in time – Change occurs over time, and learning is affected by where the learner is in the process. For example, the what and how of learning by young children is different to adults in part as the level or iteration and recursivity is different.

9 Learning is interactional – Learning is shaped by biological, social and cultural factors which interact in a dynamic environment. ‘Learners are influenced by, and at the same time push back, take from, change, control, and create the environment in which learning is situated.’ (180)

These principles interact to give the basis for learning, and show a complex mixture of biological, cognitive, social and cultural dynamics to the process and product of learning. However, in addition to these principles, Alexander et al argue that four dimensions of learning set the context for the principles, the ‘what’, ‘where’, ‘who’ and ‘when’ of learning.

The what of learning – Learning always focuses on something. It can be a simple focus, or a more complex one, and generally speaking as the what is developed over time, it becomes more complex. Take as an example, any academic subject, which becomes increasingly detailed, complex and abstract as expertise develops. The what includes both the process and product of learning and the increasing intricacy involved is defined as interactive complexification.

The where of learning – this is the ecological context of learning. It includes the physical, social and cultural contexts of learning and can be critical to the process of learning. In some cases, the where can lead to problems of learning becoming ‘contextually restricted

The who of learning – This covers the characteristics of the learner, the biological, cognitive, experiential and affective (including motivational) factors which are important in both the process and product of learning.

The when of learning – This emphasises the importance of time and flow of experiences in learning. Different elements of learning are most pertinently explained over different time frames, from the evolutionary to short term individual.

What the principles and dimensions of learning discussed by Alexander et al demonstrate is that learning is multi-faceted, and cannot be collapsed into a simple process, such as seeing it as synonymous with memory. As they state:

‘objects of learning become increasingly more complex and….the processes and products of learning mirror that growing complexity.’ (185-186)

This leads to the following definition of learning:

‘Learning is a multidimensional process that results in a relatively enduring change in a person or persons, and consequently how that person or persons will perceive the world and reciprocally respond to its affordances physically, psychologically, and socially. The process of learning has as its foundation the systemic, dynamic, and interactive relation between the nature of the learner and the object of the learning as ecologically situated in a given time and place as well as over time.’ (186)

Geary (2009) agrees that the what, where, who and when are important, but adds that there also needs to be the ‘why’. In the short term the why is important in relation to motivation. At a simple level, he distinguishes between the learning which takes/took place in traditional societies and cultures where the why is related to survival and reproduction. Therefore, much of learning was inherently practical and required for a quality of life. This has shifted rapidly in modern societies so that the why is increasingly related to a where, what, and when which is not in alignment with these basic needs. This shift and the complexity it brings with it needs to be considered in relation to enhancing motivation and focus on learning in educational contexts.

The characterisation of learning presented by Alexander et al, and augmented by Geary is one of complexity and interaction. They stress that these various elements should not be seen as ‘independent contributors’ to learning, in other words they cannot be isolated and measured separately – the whole is greater than the sum of the parts. They describe them as facets of an intricate and fluid system. I would take this further and state that their work very clearly demonstrates learning as a complex adaptive system, one of the four interpenetrating systems which make up the concept of pedagogy.

References

Alexander, P.A.; Schallert, D.L. & Reynolds, R.E. (2009) What is learning anyway? A topographical perspective considered. Educational Psychologist, 44:3, 176-192.

Geary, D.C. (2009) The why of learning. Educational Psychologist, 44:3, 198-201.

What do we Mean by Pedagogy?Characterising learning (part 1)

Learning is a very complex area of research due to its ubiquitous presence in what it means to be human. As such, learning is a process which occurs in many different ways and in many different contexts. Here, I am interested in how we might understand learning in relation to the other elements of an expanded notion of pedagogy (i.e. curriculum, teaching and assessment) within the context of post graduate taught study.

Definitions of learning can lead to very broad statements which, whilst they might contribute are so broad as to have only limited practical utility in a pedagogic sense. Some definitions see learning as purely cognitive in nature, for example:

‘We define memory as a behavioral change caused by an experience, and define learning as a process for acquiring memory.’ (Okano et al, 2000: 12403)

Others are more holistic and move beyond the cognitive whilst retaining a central role for cognition, for example,

‘The combination of processes throughout a lifetime whereby the whole person – body (genetic, physical and biological) and mind (knowledge, skills, attitudes, values, emotions, meaning, beliefs and senses) – experiences social situations, the content of which is then transformed cognitively, emotively or practically (or through any combination) and integrated into the individual person’s biography resulting in a continually changing (or more experienced) person.’ (Jarvis, 2009: 25)

Another complexity in defining and characterising learning is its dual nature as both outcome and process. Recently, there has been a tendency to emphasise the outcome perspective of learning, stressing learning as being simply the remnant of information in long term memory. This is an important insight. However, it is deficient in that it can tend towards a downplaying of the process of learning. In pedagogic terms, the process is extremely important as it is only by considering and understanding the processes leading to the outcomes that we can begin to derive insights about processes which might aid learning. Saljo (2009: 206) makes the point in a discussion concerning the difficulty of characterising learning that:

‘The concept of learning has many potential units of analysis, all the way from the molecular level of neurochemistry, via other fields of neuroscience over to various areas of psychology, education, organization studies, and many other social sciences. These levels of inquiry, and their respective units of analysis, stand in very complex relationships to each, and to bridge between them is often a complex affair.’

This leads to a view that we need to be aware of, and consider, the many different perspectives relating to learning, something which is hard to do, and in some circumstances, may be impossible. But by questioning assumptions and attempting to work across, Saljo does reflect that:

‘Behaviors and cognitive processes no longer suffice as basic constructs for providing a coherent and interesting conceptualization of learning; there are many other issues that have to be considered such as time, situatedness, and reciprocity between individuals and cultural practices. Also, in the literature it is no longer just individuals who learn and remember but also collectives such as organizations, societies and systems of people and artefacts.’

Therefore, Saljo emphasises the multi-dimensional processes involved in learning. Cognition is central but not sufficient to understanding learning in a pedagogic sense. Interaction, situatedness and the social need to be attended to. One way of beginning to capture this multi-dimensional view of learning is through the work of Illeris (2003). He argues that what is learned in educational contexts,

‘..is a complex totality of traditional and up-to-date knowledge, orientation and overview, combined with professional and everyday life skills and a broad range of personal qualities such as flexibility, openness, independence, responsibility, creativity etc.’ (Illeris, 2003: 397)

Illeris argues that learning occurs through the fusion of an internal cognitive process and an external interactional process. Learning is seen as an internal process of acquisition which is composed of cognitive and emotional dimensions. Therefore, cognitive functions such as memory and attention are central to learning. However, their effectiveness is in part influenced by the emotional dimension of learning which includes variables such as motivation. ‘…all cognitive learning is, so to speak, ‘obsessed’ by the emotions at stake – e.g. whether the learning is driven by desire, interest, necessity or compulsion.’ (Illeris, 2003: 399). However, it is very rare that we learn through acquisition only, i.e. by ourselves with no interaction with others, be it synchronous or asynchronous. Therefore, external interaction (social, cultural and material) through participation, communication and co-operation is also extremely important.

From this consideration there is a strong suggestion that in pedagogic settings learning as a process needs to be seen as a complex process involving a number of temporal and spatial scales interacting both internally and externally to the individual. In the next post, this consideration of the nature of learning will be extended through a consideration of the work of Alexander et al (2009) and Geary (2009) who both attempt to capture an overarching characterization of learning.

 

References

Alexander, P.A.; Schallert, D.L. & Reynolds, R.E. (2009) What is learning anyway? A topographical perspective considered. Educational Psychologist, 44:3, 176-192.

Geary, D.C. (2009) The why of learning. Educational Psychologist, 44:3, 198-201.

Illeris, K. (2003) Towards a contemporary and comprehensive theory of learning. International Journal of Lifelong Learning, 22:4, 396-406.

Jarvis, P. (2009) Learning to be a Person in Society. Abingdon: Routledge.

Okano, H.; Hirano, T. & Balaban, E. (2000) Learning and Memory. Proceedings of the National Academy of Sciences of the United States of America, 97(23), 12403-12404.

Saljo, R. (2009) Learning, theories of learning, and units of analysis in research. Educational Psychologist, 44:3, 202-208.

Lesson Study – thinking through the possibility of a distance learning variant

Over the past two or three years, I have worked as part of the Lesson Study Research Group at the School of Education, University of Leicester. Over this time we have developed the use of lesson study in a number of contexts, one of which has been with post-graduate groups in education. Our use of the approach in this context has given us a lot of useful insights particularly in relation to the learning of international students with whom we work.

Over the same time period I have also been increasingly involved in designing, delivering, tutoring and innovating on distance learning (DL) courses at masters level. DL presents a series of new and interesting pedagogic challenges as the nature of the contact between tutors and students can vary widely within and between courses. Many DL masters courses do include some collaborative elements to learning, be it through collaborative writing tasks, discussion board exercises or through the use of skype or other video-orientated media. These give us some glimpse into the thinking and learning processes of students, but to a great extent DL remains opaque to understanding the processes students are engaged in, particularly when related to specific areas of the curriculum we believe they might find challenging; after all DL by definition tends to lead to tutors being as interested in summative pieces and outcomes as the day to day processes of student learning.

The complexity of capturing student learning processes is increased due to the varied professional contexts of students. Our students work in different educational contexts, from primary, to special education to higher education and across all time zones. This makes capturing and understanding learning difficult in any systematic way other than through the submission of assignment drafts and final pieces. However, to develop DL activities and curricula we need to begin to access other activities in a more systematic and critical way.

Lesson study works by identifying ‘learning challenges’, i.e. specific areas of a curriculum students struggle with, and then collaboratively discussing and planning enhanced and/or new lessons with the specific aim of understanding the nature of the challenge and overcoming it to aid students’ learning. In a face to face context the process of doing this might take the form shown in the diagram below, discussed in an earlier post.

LS1

Is it possible to develop a variant of this approach for use with distance learning? We can replicate the identification of the learning challenge based on past experience and past submitted assignments. One example is the continued challenge of helping students understand the concepts of ontology > epistemology > paradigms in research methods/literacy modules. Having identified the learning challenge, it is then possible to collaboratively create a set of activities to be completed online. Hence, the focusing and planning elements of lesson study remain the same for DL as they do for face to face applications. Where the main variation would occur is in the observation of learning. In our work on lesson study we advocate the use of observation of case students during a session, but accept that the insights are partial and incomplete. This is why we routinely record artefacts from students’ learning and carry out stimulated recall interviewing, as these give different, and often deeper, levels of insight into the learning process. For lesson study to work in a DL context this is the area where we would need to think about, data capture. The following is suggested as a possible way forward:

  1. The activities developed would require some form of process capture. This might be notes, concept mapping, the development of an artefact, such as a questionnaire, a mixture of these, or any other relevant outcomes.
  2. The students would complete the activities, but then would be asked to capture how they had completed the activities through some form of self-explanation. The easiest way of achieving this would be to use some form of screen capture software such as http://screencast-o-matic.com/home . Students would be given a series of prompts through which they would explain the process they had undertaken to gain the outcomes in their work. We would ask them to send both a copy of the work and their video for us to analyse, and then we would carry out short stimulated recall interviews to supplement our understanding of their experience and learning. Towards the end of these interviews we could also include some evaluative elements so as to consider further task design development in a wider sense.
  3. Having gained all of the evidence, we would then evaluate the activities as we would normally do for a lesson study cycle.

This DL variant would be a relatively simple framework to develop and test, but would potentially give us a huge amount of data on the ways in which different students interact with materials and how this helps or hinders their learning. As a consequence, we would not only begin to develop specific elements of the courses we are involved in but a more global set of ideas, principles and task designs might begin to emerge from insights and data gained.

WHAT DO WE MEAN BY PEDAGOGY? THE PARADOX OF TEACHING

Having previously outlined some thoughts concerning both assessment and curriculum, the nature of teaching within an expanded view of a masters ‘pedagogy’ needs to be sketched out. Teaching can be seen as a process drawing together curriculum and assessment, and bringing to practical fruition the philosophies and intents which reside there. Teaching is also the interface of these elements with the process of learning. Biesta (2014) reflects on the juxtaposition of teaching and leanring, emphasising the weakness of seeing learning as being the only important process in the educative sphere, and yet in this is a trend which is becoming ever more explicit within HE. Biesta identifies a broad move in education towards ‘learnification’ in society, where the process of learning is seen as the only important medium which needs to be considered. This leads to a misconceived idea of teaching as being merely a ‘facilitation’ of learning; the teacher increasingly becomes seen as having little to offer, whilst learning as a process becomes increasingly an individualised pursuit. But to see ‘learning’ as a process alone forgets the fact that it is always positioned as learning ‘about something’ (Biesta, 2014: 126), the focus not only being on the process but also the content and purpose.

In this context, I see teaching as becoming a process of considering and interpreting the interplay of purpose, content, process and need, both in initial framing and planning of a curriculum and possible approaches, but also in the subsequent emergence of pedagogic practice and experience. This distinction between starting points and emergence is important as any initial plan will require change and reflection to suit the needs and agency of the students involved; each time a particular module is encountered the day to day, minute to minute experience and process will be different as the contexts, individuals and needs will to some extent be unique and will certainly shift between groups. To say that teaching is of equal importance to pedagogy as learning is not to suggest that it should be sterile, unchanging, ‘set’, quite the reverse.

Biesta (2104) also highlights the ‘weak power’ of teaching as it is a process which cannot be impressed on individuals, but can only be offered, an offer the student must accept,

‘To receive the gift of teaching, to welcome the unwelcome, to give place to inconvenient truths and difficult knowledge, is precisely the moment where we give authority to the teaching we receive.’ (Biesta, 2014: 55 emphasis in original).

The role of the teacher is to understand and present the spectrum of content, process and experiences which allow students to grapple with the ‘learning of something’. However, there is an apparent paradox here, as whilst teaching is central to the process of learning, it should not be identified as a narrow activity, such as an advocation for ‘direct instruction’, which might be seen as putting the teacher at the very centre of the pedagogic process. This is to see teaching not as a gift offered, but a stance dictated. Teaching instead becomes the complex set of approaches which are most appropriate to meet the purpose, content, process and experience set out by the teacher(s) in planning the curriculum and associated assessments; at masters level (and perhaps well before), this is a process which will also increasingly be a joint activity with students as they become the experts in aspects of the curriculum and not only learn more independently but also act as teachers in their own right. And again, the process from start to finish will be emergent rather than set in stone.

The teaching element of pedagogy therefore needs to reflect the complexity of the process and context involved. At some points an approach which requires direct instruction, be it as a lecture etc may well be the most appropriate and useful pedagogic tool. If students need to engage with a body of knowledge this pedagogic tool may well be a useful first step. However, to begin to use, extend and utilise this knowledge may require other, flexible, research-based approaches, particularly where the new knowledge is being developed to help understand different contexts, or is merely the starting point for personal ‘lines of flight’. At the level of masters study it is untenable to believe that personal research and discovery can be dispensed with, it is the hallmark of study at this level. This does leave an interesting question as to when this form of pedagogy should enter the educative process if it is to be utilised here – undergraduate? A-level? Before?

Understanding the complexity surrounding the interplay of curriculum, assessment, learning and teaching is at the core of the role of the teacher. Knowing when to lead, when to challenge, when to stand away from the process of learning. Therefore, teaching is central but any notion that is can be simplistically defined as operating via one or two ‘archetypal’ teaching approaches is not sustainable. As the context and focus of teaching shifts it does so in relation to the curriculum, assessment and learning of the students involved. Hence, once again, the idea that this act of teaching needs to be seen as an extended series of links between these different elements of an extended view of pedagogy.

References

Biesta, G.J.J. (2014) The Beautiful Risk of Education. Boulder, CO: Paradigm Publishers

What do we mean by pedagogy? (Part 4) Thinking about Curriculum 2

In my last post I suggested that the masters framework developed by the QAA for HE in Scotland (2013) offered a very useful basis for developing pedagogy. I also argued that curriculum needs to be more than a list of content, instead seeing the roles of emergence and process as crucial to the work of masters students and therefore in designing curricula. In developing this perspective on curriculum, how might a practical framework look?

priciples of curriculum design

This model is an attempt to capture the complexity and process orientation towards curriculum which is informed by the work of Knight (2001). This model starts from a position of seeing knowledge as a central element of any curriculum. Knowledge is the building blocks on which debate and argumentation are based. Therefore, it is a crucial element in constructing any curriculum. However, by itself it is not enough. Of equal importance is the structure which supports these building blocks – the explicit discussion of concepts. Threshold concepts (Meyer, Land and Baillie, 2010) have become a useful basis for developing the overarching framework for a course, and indeed modules (whilst accepting that in any given module threshold concepts for many may remain liminal). At masters level there is every chance that students will move from a core area of knowledge to pursue and specialise in particular spheres within a module. The explicit use of threshold concepts allows this process to occur within a coherent, wider ‘field’ of study; whilst individuals may begin to investigate different subject areas and contexts the concepts ensure a level of coherence and allow a common point of contact for discussion and engagement with the work of others. The use of an explicit conceptual framework also gives a general scheme for the process of learning to operate within. In this sense, the interplay of a conceptual schema (boundary settings) with individual investigation and growth (freedom) is in keeping with Davis and Sumara’s (2006) identification of factors necessary for emergence in their work on complexity theory.

If knowledge and concepts are engaged with alone however, then there is a deficit in the applied/practical use of the emerging learning. Hence, application is also important as this is where schema, a developing knowledge base and understanding are utilised and ‘tested’.

It is at the intersection of the three dimensions of knowledge, concepts and application where curriculum as process (Knight, 2001; Stenhouse, 1975) can be made real. Together, they give the possibility for emerging understanding (here used in the way I’ve interpreted Van Camp (2014) to emphasise the connection of ideas and knowledge in networks) and application based on engagement with knowledge, concepts and their application. It is in this emerging interpenetration (Byrne and Callaghan, 2014) of these systems that both new insights and new knowledge can emerge. But at this level, this is a personal journey for each student with different contexts, interests and applications driving learning. Hence, curriculum as product (Stenhouse, 1975) makes little sense as the possible outcomes are hugely diverse whilst still operating within a loose framework and from common starting points (For an example of how this model for curriculum has been used in our work so far see an earlier post & our research methods pedagogy website)

As suggested in earlier posts, to understand and develop curricula where diversity and process are key, we need to have a clear understanding of the role of assessment in aiding the emergent process model, but as I’ll also reflect upon in future posts, interpenetration has major ramifications for the way we understand learning and teaching; to reiterate, to suggest that pedagogy can be the study of teaching alone makes little sense.

References

Byrne, D. & Callaghan, G. (2014) Complexity Theory and the Social Sciences: The state of the art. Abingdon: Routledge.

Davis, B. & Sumara, D. (2006) Complexity and Education: Inquiries into Learning, Teaching, and Research. New York: Routledge.

Knight, P.T. (2001) ‘Complexity and Curriculum: A process approach to curriculum-making.’ Teaching in Higher Education, 6(3), 369-381.

Meyer, J.H.F., Land, R. and Baillie, C. (2010) Threshold Concepts and Transformational Learning, (eds), Rotterdam: Sense Publishers.

Quality Assurance Agency for Higher Education (2013) What is mastersness? Discussion Paper. Retrieved from: http://www.enhancementthemes.ac.uk/docs/report/what-is-mastersness.pdf [Last accessed 5/7/15]

Stenhouse, L. (1975) An Introduction to Curriculum Research and Development. London: Heinemann.

Van Camp, W. (2014) ‘Explaining understanding (or understanding explanation).’ European Journal of Philosophy of Science, 4(1): 95-114.

What do we mean by pedagogy? (Part 3) Thinking about curriculum

Curriculum is a large and complex area for study and reflection. It is the vision of education made concrete, but as such, Schiro (2013) argues that this leads to conflicting visions about what curriculum should contain or focus upon. I would argue that if curriculum is merely characterised as a list of knowledge (and possibly skills), then it has become a poor representation of a very complex set of ideas and processes. Definitions and classifications of ‘curriculum’ are numerous, but as Stenhouse (1975:1) comments,

‘Definitions of the word curriculum do not solve curricular problems; but they do suggest perspectives from which to view them.’

Curriculum can be seen as a prescribed list of knowledge and indeed there has been a resurgence in characterising curriculum in this way in some jurisdictions and in some phases of education. However, a list of content can atrophy the notion of curriculum to being that of an ‘epistemic shopping list’. This then endangers the distilling out of any notion of curriculum as action or as vehicle for agency. This may still be possible – in the right hands – but may just as easily become a prescriptive list of ‘stuff to get through’, especially if linked to narrow conceptualisations of assessment. It also makes the links between curriculum, teaching, assessment and learning potentially far weaker.

In constructing a curriculum at masters level, a consideration of the wider educational context is crucial. A report by the Quality Assurance Agency for Higher Education (QAAHE, 2013), What is mastersness? gives a strong indication of some of the core features of masters level study. They characterise the main ‘facets of mastersness’ as (for an explanation of how I understand the link between knowledge, understanding, concepts and skills see here):

  • Complexity: emergent understanding by the students of the provisionality of knowledge, and the interplay and integration of knowledge, skills and application with an allied mastering of conceptual complexity. Due to the nature of masters level study there should also be an emerging ability to deal with the complexity of the learning process involved in study at this level.
  • Abstraction: the emerging ability to extract knowledge and meaning from study to use in synthesising new meanings in new and applied contexts.
  • Depth: emerging use of knowledge in new contexts and in new ways, based on development of more in-depth and interdisciplinary knowledge and understanding. This also relates to an increasing capacity to reflect on knowledge and understanding in new contexts.
  • Research: the development and emergence of greater skills and capacity in research and enquiry. This includes a wider knowledge and understanding of research perspectives and methodologies beyond the narrow confines of disciplinary or undergraduate approaches, greater autonomy in initiating research foci/agendas and maturing of the resultant methodological approaches, and carrying out more critical and in-depth analyses and interpretations.
  • Autonomy: the core of this feature of masters level study is the need for learner responsibility in their own learning. This includes ability to self-organise, to identify and conceptualise problems and to locate and acquire/abstract knowledge to consider and engage with those problems.
  • Unpredictability: the understanding that knowledge is often provisional and linked to real world problems which are often complex and ‘messy’. Therefore, students need to learn to use knowledge creativity and critically to deal with real-world unpredictability.
  • Professionalism: reflection on and emergence of ethical attitudes, values and behaviour as part of professional development. Also, this is crucial in relation to the process of research itself.

These facets are important in considering the shape and approach of a curriculum at masters level, and are also central to the link between curriculum and teaching, learning and assessment. What the report makes clear is that the emphasis across the facets will contrast between different disciplines, courses, and indeed between individual students as the diversity of prior learning and experiences as students enter masters level means that they will all be on personal and often very different trajectories, even if following the same course.

As I’ve suggested in a previous post, many of the features outlined above are in keeping with the notion of an emergent curriculum (Osberg and Biesta, 2008). By providing some structure and knowledge input as the basis for individual exploration and discovery, students can begin to shape their learning and studies in ways which suit them and which also begins to aid the emergence of autonomy, research, unpredictability etc. This also moves the notion of curriculum far beyond a list of things to be learned (which often, ultimately reduce to knowledge transfer), and one which encompasses much wider educational goals.

In this characterisation curriculum becomes indivisible with teaching, learning and assessment as it includes not only consideration of what is to be taught, but also how and why. Therefore, any conceptualisation of teaching which lacks reference to curriculum is risking an impoverished understanding and discussion of how they relate as emergent and interpenetrating concepts. As suggested in an earlier post, consideration of assessment is likewise tied to these discussions. To separate out is to unravel a complex framework of ideas which have little meaning apart.

References

Quality Assurance Agency for Higher Education (2013) What is mastersness? Discussion Paper. Retrieved from: http://www.enhancementthemes.ac.uk/docs/report/what-is-mastersness.pdf [Last accessed 5/7/15]

Osberg, D. &Biesta, G. (2008) ‘the emergent curriculum: navigating complex course between unguided learning and planned enculturation.’ Journal of Curriculum Studies, 40(3): 313-328.

Schiro, M.S. (2013) Curriculum Theory: Conflicting Visions and Enduring Concerns. Thousand Oaks, CA: Sage.

Stenhouse, L. (1975) An Introduction to Curriculum Research and Development. London: Heinemann.