Charles Sturt University

Palestine: is it possible for teachers to be neutral?

October 3, 2024anti-colonialism, civics and citizenship educationAARE blog, Charles Sturt University, Joel Windle, Palestine, Ryan Al-Natour, Sarah McDonald, UniSA

Interest in Palestine amongst students and the wider public raises an age-old question regarding the teaching profession: can educators be neutral and objective? Is it possible for teachers to discuss what is happening right now across the Gaza Strip in ways that maintain an ‘unbiased’ position?

State governments and conservative commentators have attacked teachers who have shown solidarity with Palestine or have dared to discuss the current genocide in Gaza within schools. The NSW Minister for Education, Pru Carr, has taken issue with teachers who wear Palestinian scarves in schools. She has said, “We rely on them [teachers] to be impartial in the classroom.” Similarly, Victorian Education Minister, Ben Carroll, warned educators about participating in any organised activity in support of Palestine. Carroll stated that ‘teachers in government schools must be unbiased and not have political agendas’.

Students in Australian schools want to talk about Palestine

For over a year, we have seen school students assemble and actively rally in support of school students in Gaza. Not since the student climate protests have we seen such enthusiasm amongst Australian students. In almost every capital city, and some regional areas, students have participated in strikes in solidarity with Palestinians. In the course of mobilising, we are witnessing students become ‘active and informed’ on Palestine. Yet, school students participating in these strikes have been scolded by politicians and conservative commentators. They have told students to stay in class and ‘educate’ themselves.

Take the NSW Premier, Chris Minns. He condemned the student strikes, stating: “If you [students] want to change the world, get an education.” A student protesting in Wollongong responded, ‘Because I am educated I am here, because I am informed I am here at this rally … I would love to be at school, I would love for the children of Gaza to be at school’.

Similarly, hundreds of school students in Melbourne defied the Victorian Education Minister’s condemnation of their strike. The Minister Ben Carroll said students should be in school. A parent of a student protestor responded, “Young people are often presented as being naïve or ignorant and shouldn’t have an opinion when it comes to politics – I disagree.” Another student stated, “They’re not really teaching it in class. So the only way you’re going to find out is if you come to the rallies; educate yourself because you’re not learning any of it at school. It’s not even getting mentioned at school.”

Educators are told to be ‘impartial’ and ‘unbiased’ about Palestine

Similar to students, educators themselves have organised ‘Teachers for Palestine’ groups across NSW and Victoria. These groups have led rallies and held Zoom sessions to discuss incorporating content about Palestine in the curriculum. They have also discussed how to support students currently striking for Palestine. Two major groups include Teachers and School Staff for Palestine – NSW and Teachers/Staff for Palestine in Victoria. In some cases, educators have shown solidarity by openly supporting student strikes and wearing Palestinian Keffiyehs (scarves) or watermelon badges.

Teacher unions have supported these initiatives and even passed motions that acknowledge the rights of teachers to discuss the current genocide with their students. For example, the NSW Teachers Federation Vice-President pointed out educators have a long history of publicly supporting anti-war and social justice causes. Similarly, the Australian Education Union sent its members a bulletin about the right to respectfully discuss Palestine in classrooms.

Recently, on the eve of ‘R U Ok Day’, the NSW Teachers for Palestine group posted the following:

Teaching is a political act

A common argument for teacher neutrality is that it avoids students being brainwashed. But the purpose of critical approaches to citizenship education is not to tell students what to think. It is to support them to ask questions. When the questions are curtailed, we all lose as a democracy, and we lose the opportunity to challenge injustice.

A second argument for neutrality, or more precisely, silence, is that there is no room for politics in the curriculum. However the Australian Curriculum encourages engagement with the world and with the interests that students bring across multiple subject areas. Recognising what students bring with them to school should include recognising that they are developing an understanding of conflict and politics before they enter the classroom door. There is no point pretending that politics does not exist.

All education is political

We commonly engage initial teacher education students with theories of critical pedagogies. For example, Paulo Freire argued in his landmark book The Pedagogy of the Oppressed that ‘all education is political; teaching is never a neutral act’. Similar words were echoed by bell hooks, who wrote in Teaching to Transgress that ‘no education is politically neutral’. More recently, a pioneer of critical pedagogy Henry Giroux wrote: “Those arguing that education should be neutral are really arguing for a version of education in which no one is accountable.”

Teachers are citizens and workers. They have political opinions and many are members of labour organisations. They are also responsible for helping their students to become informed, questioning and critical citizens. Pressure from educational authorities for teachers to hide their beliefs and opinions is damaging for both students and teachers.

Governments are keen to avoid political or politicised topics. Their eyes are more firmly on negative media attention than on ethical considerations. A slippery standard is therefore applied. Almost any topic can become politicised or attract media attention, which makes schools increasingly timid. And attempts to silence discussion are applied unevenly even with similar issues. The wars in Ukraine and Gaza have been treated very differently by governments and inside schools, despite the fact that both have similarities in raising sensitive issues of conflict and trauma.

The teaching profession cannot be neutral, unbiased nor objective

As citizens, teachers and students take on multiple roles. They constantly give off signals about their beliefs, even if in subtle or unrecognised ways. As long as these support the status quo, they are unquestioned. But when they go against the status quo, there is a need to make claims on the rights that all students and teachers have to express themselves. A long tradition in critical scholarship shows that ‘apolitical education’ is a myth. What is often framed as ‘neutrality’ and ‘objectivity’ within education systems stems from Eurocentric white supremacy.

Palestine presents us with a reminder that education can never be neutral. As outlined previously, many teachers and students wish to engage in discussions about Palestine. The Australian curriculum presents many opportunities despite the condemnation that various Education Ministers have offered. It is this contradiction that affirms how neutrality in the context of an on-going genocide, live streamed to the social media devices of our students can be one that supports it, as Paulo Freire himself once said, ‘Washing one’s hands of the conflict between the powerful and the powerless means to side with the powerful, not to be neutral’.

From left to right: Ryan Al-Natour works as a lecturer in teacher education at Charles Sturt University on Wiradjuri Country. He is written widely about antiracist teaching, social justice pedagogies and Indigenous education. Joel Windle is an associate professor of education at the University of South Australia. He has undertaken research on educational inequalities and community activism in Australia and Brazil. Sarah McDonald is a lecturer based at the Centre for Research in Education & Social Inclusion at the University of South Australia where she conducts research in the areas of gendered subjectivities, social mobility, social barriers, and inequalities in education.

READING, part six: The media say we have a reading crisis now . Do we?

August 21, 2024media representations of reading, Reading, UncategorizedAARE blog, Charles Sturt University, Martina Tassone, media representations of education, Noella Mackenzie, reading, University of Melbourne

Noella Mackenzie and Martina Tassone explores what the media say about reading. This is the sixth and final post on reading to celebrate Book Week.

What we’ve covered so far:

One: How to find your way through the reading jungle

Two: What really works for readers and when

Three: What is the Simple View of Reading?

Four: What is the Science of Reading?

Five: Why teachers need more than this year’s model

Recently the debates around the best ways to teach reading have been reignited. The media coverage has been fierce, and is often led by people who have little or no experience in mainstream classroom teaching of language or literacy. Media reports have also been negative and polarising; providing reductionist definitions of reading, simplified solutions to a perceived crisis, and calling for a phonics first (and fast) approach to teaching and assessing reading for all children, without evidence to demonstrate that all children need or benefit from this narrow approach to reading instruction.

A highly regarded Australian academic argues that Australia’s ‘right-wing media have a lot to answer for in terms of fostering narrow approaches to curriculum, pedagogy and assessment . . .’. In England and the United States of America (USA) the aggressive media commentary on the teaching of reading has contributed to policy mandates that demand or exclude specific literacy instructional practices.

Crisis? What crisis?

In recent times, media outlets have switched their narrative from the Simple View of Reading (SVR) and the Science of Reading (SOR) (Post 4) to Structured Literacy (SL) (Post 5) and explicit teaching. We dispute the perceived literacy crisis that is so often reported by the media and the idea that the science related to reading, is settled (Post 4). It is the perceived literacy crisis that we tackle here.

Australia does not have a reading crisis. Recently an analysis of 25 years of Australian national and international standardised assessment data, and found that student literacy data have remained consistent, despite different policies and approaches to literacy teaching. Australia has participated in the Progress in International Reading Literacy Study (PIRLS) test every four years since 2011. Australia’s results improved between 2011 and 2016 and then remained consistent. Table 1 shows the mean scores for Australia, England, New Zealand, Hong Kong and Singapore in 2011, 2016 and 2021.

Country	Mean scores (out of a possible 600)
Country	2011	2016	2021
Singapore	576	576	587
Hong Kong	571	569	573
England	552	559	558
Australia	527	544	540
New Zealand	531	523	521

Table 1 PIRLS data

In 2021, Australia had 80% of students reaching the PIRLs benchmarks. Only six countries achieved higher: Italy (83%), Finland (84%), England (86%), Russia (89%), Singapore (90%) and Hong Kong (92%). Twenty-eight countries had lower scores than Australia in 2021.

Funding and fairness

A continuing trend for Australia is the poor outcomes for students from low SES and Indigenous backgrounds. Perhaps Australia’s literacy outcomes have more to do with funding and fairness than pedagogy.

The data from the 2022 Programme for International Students Assessment (PISA), which assesses the literacy skills of students who are 15 years old, show Australia’s performance is above the OECD average. That’s comparable to America, and slightly above students from the United Kingdom. Eight countries were identified as performing significantly higher than Australia and 68 countries performed significantly lower.

Australia’s performance has remained relatively unchanged since 2015, whereas the United Kingdom’s results have declined. Despite this evidence, some think we would benefit from importing approaches to literacy teaching from England and the US.

Borrowing policy

Countries often “policy borrow” from other countries; despite advice that innovation is more likely to be more effective than borrowing. Highly respected Australian researchers question the appropriateness of Australia looking to the US and the UK for guidance in education.

Australia’s borrowing of educational ideas from other countries is ill-advised. Why do we accept the myths and beliefs underpinning educational innovations almost without evidence or questioning? Is it because of our close links with the UK and the USA, instead of their proven success and transferability? If so, how wise is this?

Others have also questioned Australia’s policy borrowing. They have argued instead for policy learning that takes into account ‘national and local histories, cultures and so on’.

Policy borrowing led to the introduction of standardised testing system based on systems used in the USA and England. It is questionable whether Australia learned from the mistakes of the USA and England when designing NAPLAN. The Phonics Check is another example of policy borrowing.

Why are we borrowing policies from countries that are not doing any better than Australia?

England’s Department for Education (DfE) has acknowledged that “evidence suggests that the introduction of the check has had an impact on pupils’ attainment in phonics, but not an identifiable impact on their attainment in literacy’. Enjoyment of reading by children in England is at its lowest level since 2005.

In addition to the falloff in enjoyment of reading, it is estimated that up to 25% of upper primary school students in England are unable to meet expected reading standards. They also lack the fluency required to extract meaning from age-related texts.

Despite this, a recent Grattan institute report encourages Australia to follow England and the US initiatives to improve literacy learning. That’s despite any evidence to suggest approaches to literacy teaching in these countries work any better than those already operating in Australia.

Follow carefully

When policy shopping perhaps we should choose the countries we follow more carefully. In the republic of Ireland children outperform their English peers in reading without an emphasis on Synthetic phonics. Additionally, Canada’s success, where curricula until most recently were mostly aligned with Balanced Literacy (BL), has largely been ignored.

We contend that policy makers should critically consider what is happening in Australia before adopting policies from other countries that have not been proven to work better than approaches well established in Australian schools, as demonstrated by data. They should also consider the plethora of reading research that is available.

Much is written about reading research. But teachers sometimes only get to read research papers or summaries of papers that their employer has pre-chosen to support current policy or to provide the rationale for proposed changes. Further doubts and insecurities are fuelled by inaccurate media reports of declining reading standards, suggestions that teachers are the cause of this decline, and claims that reading science is settled. A common claim from those outside education, is that teacher education courses have neglected to teach what teachers need to know about reading. That’s despite rigorous teacher education accreditation processes.

A narrow view of reading

Suggested solutions to the perceived reading crisis are often based on a narrow view of reading and reading research. They do not take into consideration the needs or contexts of all learners. At this time the recommended approaches are scripted, commercial packages that prioritise phonics and decoding using texts with phonologically regular words (called decodable texts), and controlled language with limited meaning. These texts were originally designed for use with beginning readers. But publishers have taken up the challenge of creating this style of texts for all primary grades. The outcome? Some schools have removed all of their predictive and authentic texts and those classified as wider reading. They have been replaced by decodable or controlled texts. This is also a time when schools have reduced their investment in libraries and librarians.

An emphasis on phonology and a diet of decodable texts won’t help students become readers who read for pleasure. It won’t prepare them for the texts they will need to read in high school or for that matter, life. This narrow, one size fits all approach to the teaching of reading, cannot possibly meet the needs of all Australian students. It is based on what works with students who have dyslexia or reading difficulties. There is no evidence of transferability into mainstream classrooms. It does not acknowledge that teachers are best placed to make teaching decisions for the students in their classrooms.

Focus on those in need

While we do not agree that there is a crisis in reading in Australia, we do agree that students from low SES backgrounds, Indigenous students, and those experiencing learning difficulties need more focused assistance. Much research has been conducted in this area and should be utilised to make the necessary changes for these students, including funding and staffing measures based upon equity rather than equality.

Teachers must always think critically about research, and the various reading models and frameworks being suggested or promoted and make teaching decisions based on the needs of the students they are teaching, not what is promoted by think tanks or the media. With their theoretical and practical wisdom, along with their content and contextual knowledge, teachers should be supported to make decisions that best meet the needs of the students in their classrooms. As authors of this paper, we are confident that teachers continue to work hard to meet the different needs of the diverse children in their care, despite the many traps in the reading jungle.

Noella Mackenzie is an adjunct associate professor at Charles Sturt University. Her areas of research and expertise include the teaching and learning of literacy. Martina Tassone is a senior lecturer in teacher education at the University of Melbourne. Her research interests include literacy teaching, learning and assessment in the early years of schooling.

READING, part five: why teachers must have more than this year’s model of literacy

August 21, 2024Literacy teaching, ReadingAARE blog, balanced literacy, Charles Sturt University, Martina Tassone, Noella Mackenzie, reading, structured literacy, University of Melbourne, whole language

Noella Mackenzie and Martina Tassone explore structured literacy, whole language and balanced literacy. This is the fifth post on reading to celebrate Book Week. What we’ve covered so far:

One: How to find your way through the reading jungle

Two: What really works for readers and when

Three: What is the Simple View of Reading?

Four: What is the Science of Reading?

Reading models do not automatically translate to classroom practice. Instead, it is the knowledgeable and skilful teacher who translates models or theories into classroom practice. A teacher’s beliefs may steer them towards a particular model or theory.

For example, teachers who believe reading for meaning is critical at all stages of reading, are more inclined to align with a model that embeds meaning throughout all stages of instruction. In contrast, a teacher who believes decoding is at the heart of reading, will align more comfortably with a model or theory that requires a strong emphasis on phonics and decodable text use.

The reality of Australian classrooms

The teacher who has access to multiple models and a range of possible pathways, can work flexibly. This caters for the diversity of students that is the reality of Australian classrooms in the current landscape.

Key features of Structured Literacy (SL) are identified as:

‘(a) explicit, systematic, and sequential teaching of literacy at multiple levels— phonemes, letter–sound relationships, syllable patterns, morphemes, vocabulary, sentence structure, paragraph structure, and text structure; (b) cumulative practice and ongoing review; (c) a high level of student– teacher interaction; (d) the use of carefully chosen examples and nonexamples; (e) decodable text; and (f) prompt, corrective feedback’.

SL has been shown to be appropriate for students with dyslexia, as it addresses their core weaknesses in phonological awareness, decoding and spelling.

However, SL appears to apply ‘principles of industrial production: linearity, conformity and standardisation’ at a time when we should instead be promoting ‘a creative revolution in education’. Structured Literacy (SL) is a term often used by commercial phonics programs designed for children with dyslexia or reading difficulties.

Commercial programs in question

The quality of commercial programs has also been questioned. Researchers examined over 100 Commercial phonics programs and found considerable problems. For example:

One program introduced the sound /t/ but then provided a follow-up activity that featured words in which the /t/ phoneme did not occur, for example the word ‘the’.
Another example was an activity where children had to identify words that commenced with the /æ/ phoneme such as ‘A’ for apple, but also included images representing words that do not contain /æ/, as in ‘A’ for apron.

Researchers were also concerned that the linguistic inaccuracies in some of these programs could confuse both teachers and children. Some also used gimmicks and avoided using correct terms to describe phonemes-graphemes. An additional concern was raised about commercial programs used in pre-schools. It required children to engage in ‘busy’ work, such as colouring in worksheets, as well as drill, practice and memorisation. The ‘individual needs of students and the professional autonomy of teachers’ are de-centred by commercial programs .

There is no research to demonstrate the benefits of SL scripted programs for mainstream classes . There is no research to demonstrate the benefits of SL scripted program for typically developing readers who make up 85-90% of students in most classrooms. SL programs are designed for the 10-15% of children experiencing learning to read difficulties.

Why our students need skilled teachers

We believe students need knowledgeable and skilled teachers who can create differentiated teaching opportunities to meet the needs of all children; commercial programs simply cannot provide this.

Whole Language instruction refers to an approach which focuses first and foremost on whole texts. It uses these to teach the small parts of language, including words and letters. In the 1980s and 1990s, whole language was a growing movement of teachers, bearing affinities with learning centred, literature-based, multicultural classrooms in the UK and other parts of the English-speaking world including New Zealand and Australia. Whole language teachers use authentic texts or trade books (children’s/ Young Adult fiction, non-fiction, poetry, magazines, etc.) and children’s writings rather than readers and textbooks.

Some advocates of whole language believe that “for some children, a minimum of teaching, and sufficient exposure to print supported by interaction with more advanced readers including family members, is enough to learn to read”. However most children will need explicit instruction to learn how to read.

Whole language is sometimes incorrectly confused with balanced literacy

Balanced Literacy (BL) describes an approach used by many teachers in Australian classrooms until recent policy changes. BL continues to be the dominant approach in Canada, continually successful on the international literacy stage. However Ontario has recently added a Synthetic Phonics element to their curriculum. A Balanced Approach is also common in the republic of Ireland, which consistently does very well in international assessments. The term ‘balanced’ is used to describe how a knowledgeable teacher works to respond to constantly shifting student needs, in the day-to-day teaching of Literacy. There are five ways to balance literacy learning:

Balancing reading and writing,
Balancing phonics and comprehension,
Balancing Informational texts and Narrative texts,
Balancing direct instruction with dialogic approaches, and
Balancing whole class instruction and small groups.

BL also offers a teacher a way of being able to cater for the diverse needs of their students. BL classrooms also focus on oral language and include shared reading, guided reading, independent reading, read aloud and writing activities that help students make connections between their reading and writing.

A brand new model

The Double Helix of Reading and Writing is a new instructional reading and writing model. The authors argue that their “model provides a rationale and evidence base for a balanced approach to teaching reading and writing . . .[and argue that] the practice of systematic phonics teaching should be carefully integrated with other main elements in reading and writing lessons and activities in early years and primary education”.

Tomorrow: the impact the media has on the teaching of reading

READING, part four: Is the science of reading settled?

August 20, 2024ReadingAARE blog, Charles Sturt University, Martina Tassone, Noella Mackenzie, reading, Science of Reading, University of Melbourne

Noella Mackenzie and Martina Tassone explore the Science of Reading (SoR) in this fourth post to celebrate Book Week. What we’ve covered so far:

One: How to find your way through the reading jungle

Two: What really works for readers and when

Three: What is the Simple View of Reading?

What do people mean when they talk about the science of reading?

The terms ‘science of reading’ or ‘Science of Reading’ are often mentioned in media reports. Where have these terms come from and what do they really mean? The science of reading (sor) as a term has been used for more than 200 years to describe reading science or reading knowledge. The term has no single definition and is currently used in different ways by different stake-holders.

The sor, (without capital letters) as a “corpus of objective investigation and accumulation of reliable evidence about how humans learn to read and how reading should be taught”. This sor is a rich, and constantly growing source of knowledge, a virtual library of research into reading. It has been contributed to by countless researchers from many different disciplines, with various different methodological approaches and a range of findings related to;

what happens when we read,
why some people find it hard to learn to read, and
the success or otherwise of different instructional approaches with different groups of learners.

Reading research includes;

typically developing learners,
learners who find learning to read difficult,
learners who are learning to read English as extra language or dialect, and
adult learners.

Should it be the Science of Teaching Reading?

In 2021, the construct was expanded to the Science of Teaching Reading. Others have argued in 2024 that we should refer to the integration of science of teaching reading AND science of teaching writing.

The term Science of Reading (SoR, with capital letters) is often used to refer to, or give strength to, approaches to reading instruction that privilege or prioritise synthetic phonics, Structured Literacy (SL) (International Dyslexic Association), or the Simple View of Reading (SVR). SoR has been identified as having a focus on assessed reading proficiency as the primary goal of reading instruction.

Some schools publicise that they are SoR schools and sometimes advertise for teachers who can ‘teach’ the SoR. Some professional learning providers and commercial programs also identify with being informed by the SoR.

This SoR, is ‘characterised by a narrow theoretical lens, an abstracted empiricism, and uncritical inductive generalisations derived from brain-imaging and eye movement data sources’.

It has been argued that ‘neuroimaging does not distinguish the phonological processing of a decoding model of reading from the graphophonic processing of a meaning-centred model’.

The practical wisdom of teachers

SoR activists often criticise teachers’ knowledge and any approaches that don’t align with SoR. But Dehaene, often quoted by SoR advocates as providing the answers for how to teach reading based upon brain scans, suggests the practical wisdom of teachers has an important role to play in the day-to-day decisions of what different children may need. He sums up his concerns in this way:

Our own impression is that neuroscience is still far from being prescriptive. A wide gap separates the theoretical knowledge accumulated in the laboratory from practice in the classroom. Applications raise problems that are often better addressed by teachers than by the theory-based expectations of scientists.

Unfortunately, this SoR movement has led to the breaking down of reading into skills and subskills. It is taking teachers away from the bigger goal of teaching children to become readers who want to read. Some suggest that:

Instruction in sub-skills such as phonemic awareness is justified to the extent it advances the goal of reading, not for its own sake. . . Time spent jumping through PA hoops could instead be spent on activities that expand the knowledge that supports comprehending texts of increasing complexity and variety

Is the ‘science of reading’ settled?

In the last decade alone, over 14,000 peer reviewed journal articles have been published that included the keyword reading based on a PsycINFO search. Our knowledge related to reading is not settled. It is “ever evolving, at times circuitous, and not without controversy”. Other researchers also question the notion of settled science.

The ‘artful implementation of pedagogies and interventions that close the circle – from scientific findings translated into practical applications in education and back to addressing problems in education as impetus for evidence-informed theorizations of learning’. This has not happened with some of the studies that come under the banner of SoR.

What are these findings really?

Findings from laboratory studies are not tested in mainstream classrooms, before being hailed as miraculous, and studies that focused on students with learning difficulties, are not tested on students without learning difficulties before being heralded as the perfect way to teach all students. This is akin to a medication that has helped control nausea in a particular group of patients with a specific illness, being prescribed to the general population to prevent or treat nausea, without clinical trials.

Our next post will tease out the terms structured literacy, whole language and balanced literacy.

READING, part three: What is the Simple View?

August 20, 2024ReadingAARE blog, Charles Sturt University, Martina Tassone, Noella Mackenzie, reading, University of Melbourne

Noella Mackenzie and Martina Tassone explore the Simple View of Reading (SVR) in this third post to celebrate Book Week. This describes reading at a single point in time: decoding x listening/ linguistic comprehension = reading comprehension (D x LC = RC).

What we’ve covered so far:

One: How to find your way through the reading jungle

Two: What really works for readers and when

The SVR presumes that, once printed matter is decoded, a reader can “apply to the text exactly the same mechanisms which he or she would bring to bear on its spoken equivalent”. It is not a theory or model of how to teach reading. The SVR is not suggesting that reading is a simple process. These researchers were providing a simple explanation of why some readers experience reading difficulties.

Some advocates have used the SVR as the justification for an emphasis on phonics and decoding first (and fast). This has led to the idea that listening comprehension and reading comprehension happen after decoding. There also seems to be a misunderstanding that decoding guarantees a reader will identify each word in isolation. And then, that reader will be able to bring these words together and understand what has been read.

The opaque nature of the English language makes this almost impossible.

In many cases the meaning of a word (in context) determines the pronunciation of the word, rather than the other way around, e.g. I read on the train in the mornings. I read my book on the train yesterday.

Correct pronunciation does not guarantee meaning

There are many homonyms in the English language. For example, ‘plane’ could be a straight line joining two points OR a level of existence. It could also be a level surface OR an aeroplane. It could also be an open area of land OR a wood working tool.

Despite this, the SVR is often cited as the justification for the use of synthetic phonics programs in the early years of school, and a focus on decoding as the most important problem-solving approach to an unknown word across all grades.

Building on the Simple View of Reading

The SVR has formed the basis for more complex understandings of reading. For example, The Reading Rope diagram (Figure 1) expands the three elements of the SVR and explains the complexity of skilled reading.

‘Decoding’ is described as a subcomponent of ‘word recognition’ and does not automatically lead to comprehension. “Even if the pronunciation of all the letter strings in a passage are correctly decoded, the text will not be well comprehended if the child:

(1) does not know the words in their spoken form,

(2) cannot parse the syntactic and semantic relationships among the words, or

(3) lacks critical background knowledge or inferential skills to interpret the text appropriately and ‘read between the lines’”

The Reading Rope is often used in teacher professional learning sessions, although the language comprehension elements are not always given the same emphasis as the word recognition elements. As a result, word recognition or decoding instruction is often prioritised. That’s despite the fact that reading comprehension requires language comprehension which is made up of background knowledge, vocabulary, language structures (syntax and semantics), verbal reasoning and literacy knowledge. Word recognition should be taught in conjunction with language comprehension if reading comprehension is the goal.

Much more to understand

One of the original developers of the SVR, Tumner, agrees that there is ‘much more to understand about reading than what is represented in the SVR’ and has more recently co-developed with Hoover the Cognitive Foundations of Reading Framework (CFRF).

Figure two: The Cognitive Foundations of Reading Framework (Hoover & Tunmer, 2020)

In the figure above, “each cognitive component represents an independent, but not necessarily elemental, knowledge-skill set that is an essential, hierarchically positioned, building block in reading and learning to read”.

This framework includes ‘background knowledge’ and ‘inferencing skills’ as well as ‘phonological, syntactic and semantic knowledge’. The CFRF also demonstrates the complexity of the reading process.

Numerous other models have been developed from the SVR including the Active View of Reading (AVR). The AVR highlights the ‘key self-regulation skills’ required to manage all aspects of reading. Motivation and engagement are identified as key self-regulatory skills. These are overlooked in some other reading models, but other researchers have identified the importance of seeing reading as not just a technical activity but one that needs to engage hearts and minds.

The SVR does not suggest that reading is a simple process and it is not a model of reading instruction. In the next post we will explore the Science of Reading (SoR) and unpick some of the confusions associated with it.

READING, part two: What really works for readers and when?

August 19, 2024Phonics, ReadingAARE blog, Charles Sturt University, Martina Tassone, Noella Mackenzie, Phonics, reading, University of Melbourne

This morning Noella Mackenzie and Martina Tassone helped us navigate the reading jungle

We start this afternoon’s post with evidence-based instruction (EBI) and then move to a discussion of phonics/phonemic awareness.

The term ‘evidence-based’ is used widely. It can be appealing even if it is not clear how the evidence being referenced was collected or analysed. Reading related science is complex. Evidence coming from science needs to be viewed from different perspectives and time, so the full picture to emerge. The evidence-based movement includes ‘a focus on behaviourist theory, quantitative research, randomised controlled trials, meta-analyses, hard numerical data and high stakes standardised testing’. It often ignores ‘structural inequalities in pursuit of better outcomes’.

Some claim evidence to support a particular approach. Others use different evidence to claim that the same approach does not work. A common assumption is that if something works with students from one cohort it will work with all students.

Huge differences

Any parent who has more than one child will point out the huge differences, even between two siblings. When they walk, talk, learn to feed themselves, sleeping patterns etc, etc. Take, for example, a class of 25 children who come into school together, from 25 different homes. They may vary in gender and in age, of up to 18 months. They bring more differences than can be counted and qualified.

In terms of preparedness for school, there will be a huge range of prior experiences socially and culturally. There will also be a huge range of experience in terms of oral and written language exposure. To assume all children should start at the same point with the same instruction is naive. (For more on EBI read EduResearch Matters posts by Nicole Brinker and Tom Mahoney. These provided comprehensive discussions of this vexed topic.)

The topic that is the most talked about in the current era is that of phonics or phonemic awareness instruction. While all agree that phonics is necessary for reading, the amount and methods are up for debate. Australia’s National curriculum includes the teaching of phonics. But it also recognises that when reading, children will draw on a range of sources. That includes their knowledge of letters and sounds, what makes sense and knowledge of how language works.

Children who can already read when they start school

Let’s start with the children who can already read when they begin school. It is important for teachers to first check that any children who arrive at school with the ability to read, are able to problem solve unknown words, within text, using phonological information. Children who can already demonstrate the ability to apply phonological information effectively should focus on a wide range of engagements with texts.

Focused, systematic, and explicit phonics lessons should be aimed at children who are just starting to discover, or are still learning, how letters and sounds (phonemes) work in reading and writing. It may be difficult initially to identify those children who we will refer to as typically developing readers. These children make up the majority of most classrooms. Most will need daily focused phonics lessons for the first year of school.

Those who show early signs of struggle

Assessments of children’s reading will efficiently and accurately determine what children know, what they can do. These same assessments can be used to determine when children no longer need phonics teaching for reading. A small group (10-15%) may show early signs of struggle and may possibly be diagnosed as experiencing reading difficulties. These children will need more focused instruction in addition to the daily classroom program.

While phonics is a necessary element of reading instruction, and will probably account for approximately 25-30 mins of daily instruction in the first year of school, there are different methods for teaching phonics.

Synthetic phonics

Synthetic phonics is a particular decontextualised, approach to teaching reading that involves teaching children how to convert letters or letter groups into sounds (phonemes) and then blending these sounds to form words and/or non-words. Commercial Structured phonics programs usually use a synthetic phonics approach. Even the strongest supporters of a phonics first approach question the need for Synthetic Phonics. ”In our view, the evidence is not yet sufficient to conclude that a synthetic phonics approach should be preferred over an analytic one”.

Analytic phonics

Analytic phonics (also referred to as analytical phonics or implicit phonics) refers to an approach that focuses on teaching the sounds (phonemes) associated with particular letter patterns within the context of a whole word.

Embedded phonics

Embedded phonics, integrates phonics instruction into the context of reading authentic texts, rather than being taught as separate, isolated skills. Recent research conducted in Melbourne illustrated the affordances of explicit phonics instruction integrated into a rich literacy environment. It showed the clear benefits for students when phonics was taught in context.

Analytic and embedded methods may be described as contextualised approaches and are often integrated. All approaches to phonics instruction can be systematic and all involve explicit instruction.

Phonics instruction through writing is often overlooked and yet provides the potential for children to explore letter sound relationships from a different perspective than when reading. Instead of going from letter to sound they go from sound to letter. What can I hear? What letters could I use to make that sound?

A concern expressed by some, is how long focused phonics or phonemic awareness (PA) instruction should continue.

The goal is to read

The goal of teaching children to read is reading, not phonemic awareness .

We know learning to read does not require being able to identify 44 phonemes or demonstrate proficiency on phoneme deletion and substitution tasks. How do we know that? Because until very recently no one who learned to read had to do these things. Instruction in sub-skills such as phonemic awareness is justified to the extent it advances the goal of reading, not for its own sake.

Problems with the way phonics is sometimes referred to by advocates of the Science of Reading have also been identified (more on the SoR in a future post)

The idea that a certain level of PA is prerequisite for reading, and that PA training should continue until the student becomes highly proficient at PA tasks regardless of how well they are reading is emblematic of problems that have arisen within the Science of Reading approach. It is an overprescription that reflects a shallow understanding of reading development, yet has become a major tenet of the “science of reading”.

An integrated approach

In 2000, The National Reading Panel (NRP) in the US suggested systematic phonics instruction, although important, “should be integrated with other reading instruction to create a balanced reading program”. The NRP even warned against phonics becoming a dominant component in a reading program. The 2005 Rowe Report on the Australian National Inquiry into the Teaching of Reading stated the importance of systematic phonics instruction. But it also noted it was equally important that . . .

Teachers should provide an integrated approach to reading that supports the development of oral language, vocabulary, grammar, reading fluency, comprehension and the literacies of new technologies.

More recently, it has been argued that the teaching of phonics to typically developing readers should be “contextualised in whole texts, including a focus on comprehension and including the teaching of writing within reading lessons”. This claim is well supported by a seminal 1990 study which compared de-contextualised phonics teaching with contextualised phonics teaching and a ‘business as usual’ control group. Recent research conducted in Melbourne also showed that a contextualised phonics intervention was more effective than de-contextualised phonics because it bridged the learning about phonemes, with input on reading more generally, in order to promote broader transfer of skills.

It’s all about context

Has this started you thinking and perhaps questioning what you may have read about phonics and evidence-based instruction in the media? Tomorrow we explore the Simple View of Reading and how that’s influenced much of the reading research over recent times.

READING, part one: How to find your way through the jungle

August 19, 2024Reading, teaching readingAARE blog, Charles Sturt University, Martina Tassone, Noella Mackenzie, reading, University of Melbourne

To celebrate Book Week, EduResearch Matters is publishing a six part series on reading by Noella Mackenzie and Martina Tassone.

A jungle is a land covered with dense forest and tangled vegetation, usually in tropical climates. The jungle metaphor describes the current landscape in regard to science and reading. The huge amount of research published in the last two decades, the media interpretations or misinterpretations of selected findings, and claims the reading science is settled, are akin to a dense forest. The policies and mandates teachers dealing with are like tangled vegetation. The tropical climate refers to the heat in the debate. In this series of blog posts we try to make sense of the jungle and its dense forests and tangled vegetation, challenge the notion that the science is settled, and take some of the heat out of the debate.

Learning to read

Ever since humans have been writing they have also been reading. A person who could read often taught a learner to do what they themselves could already do. The instructors had no formal training and no access to theories or methods. In wealthy households there may have been a governess or master tutor to teach children to read. But in many households, a literate parent or friend provided the reading instruction. The most common text used for instruction was probably the bible. And these instructors were not teaching 25 students in a classroom. Instead, they were probably teaching highly motivated individuals, who saw being able to read as a way out of their current situation.

In the current climate, we need to consider a range of questions:

Why is the teaching of reading such a hot topic in the current era?
Is learning to read a natural process?
Is reading simple or complex?
Is there a right way to teach reading?
What is the role of phonics, and is there a right way to teach phonics?
What does reading research have to say about learning to read and reading instruction?
What is the Science of Reading?
What does evidence-based actually mean?
What impact has the media had on the debates about reading?

We will respond to these, and many other questions, in a series of 6 blog posts, in an attempt to remove some of the mystery and heat from this topic.

Both authors have taught many children how to read and have decades of combined classroom teacher experience before moving into academic and researcher roles. Both continue to work with classroom teachers in classrooms. Let’s start!

Learning to read is not natural

It’s not a hard wired skill like learning to talk, although a great deal of learning might happen quite organically within the home and community before formal instruction begins. Children who hear stories read aloud and songs and rhymes repeated often, develop an ear for the sounds of written English.

From a young age, many are able to recognise some of the differences between spoken and written language, even if they cannot explain the differences. The child who picks up a book and recites using the patterns and rhythms of picture story books is showing knowledge of written language but does not speak to people in these written language patterns.

In today’s world most people send their children to school to learn to read, but some families choose to homeschool with a parent taking on the instructor role. These parents often have no formal training, although they do have access to resources and curriculum guides. They often respond to their children’s need to learn to read in the same way that they respond to their need to learn to do many other things, (e.g. walk, feed themselves, dress themselves, take turns, share, ride a bike). Children add reading to their set of skills at a time that works for them.

Different stages, different ages

Parents instinctively understand that children learn in different ways and at different ages. School starting age varies greatly across countries. In Australia, while we are having debates about how children learn to read at ages 5 or 6, in some countries children do not start formal schooling (or reading) until 7 or 8 years of age (e.g. Finland). Families who homeschool do not feel the same pressure as teachers in schools. So, what does research tell us about reading?

Reading research has a rich history, a contested and expansive present, and an interesting future, as researchers endeavour to understand what is a multidimensional, neurological process ‘mediated by social and cultural practices’ .

It is difficult to research foundational educational processes that are as complex as reading. In contrast, it is easy to test the effectiveness of letter learning based upon a particular approach to teaching letters. Short-term gains are also easiest to measure and control for, while long term learning is much more challenging to measure and to control for. Additionally, teaching and learning are sensitive to differences among teachers, students and settings.

What works with one mightn’t work with another

Even medical researchers agree that what may work in one situation with patient X, despite being faithfully repeated with patient Y, can have a different effect altogether.

The complexity of the reading act has led to multiple disciplines investigating or researching reading using different theoretical frameworks and methodological approaches, some focused on the process of reading, others on the practice of reading and still others on reading instruction. For example, research highlights brain maturation and reading experience.

Reading is a learned skill that is likely influenced by both brain maturation and experience…results suggest that children who are better readers, and who perhaps read more than less skilled readers, exhibit different development trajectories in brain reading regions. Understanding relationships between reading performance, reading experience and brain maturation trajectories may help with the development and evaluation of targeted interventions.

Not all evidence is equal

Perhaps brain maturation and the impact of reading experience deserve further consideration when determining policy and planning instruction. Teachers need access to research evidence in order to make informed decisions about the teaching of reading in their classrooms. Not all evidence is equal. Selective use of limited research by those with a vested interest can give the illusion that the evidence is in, and the reading science is settled, when this is not the case.

In the next post we will continue the discussion of evidence and evidence-based reading instruction.

Bang! How small particles form the big ideas

April 11, 2024ScienceAARE blog, Charles Sturt University, James Deehan, science

When we think of science, we tend to think of historical figures like Einstein, Newton, Darwin, Curie and others. Or we think of anonymous modern scientists working on complex modern problems: climate change, energy futures, artificial intelligence and others.

Both these approaches are understandable and far from inaccurate. But science must be understood as a process of collective knowledge building and application for the betterment of society. The goal of all levels of science education should be the development of a scientifically literate population who understand how scientific processes and knowledge relate to their worlds and catalyse meaningful positive actions. The work of our most brilliant scientific minds would be rendered meaningless if it falls on deaf ears.

Science education: how are we faring?

The Trends in International Mathematics and Science Study (TIMSS) affords comprehensive (albeit still flawed) insights into the science learning of Year 4 students in Australian and other OECD nations. There are some positive trends with Australia’s performance remaining quite steady, a closing gap between metropolitan and nonmetropolitan learners, and reports of more engaging, student centred practices in primary science classrooms.

But there remains room for improvement as 90% of Australian Year 4 students in the 2020 TIMSS fell below the ‘high threshold’ (550), which denotes a capacity to generalise science skills and knowledge beyond the classroom. This trend is echoed in the 2019 Australian National Assessment Program (NAP) Sample Assessment in Science Literacy (NAP-SL) where 58% of Year 6 students met the proficiency standard.

In my view, there is a promising foundation in primary science which we should nurture.

What works?

There are many grand concepts that drive practice and research in primary science. As a primary science academic, I find a core part of my work is translating grand concepts (e.g., student-centred, constructivism, active learning, etc.) into tangible classroom practices for preservice academics.

Student-centred teaching approaches such as community projects, outdoor science, project-based learning and many others all have established records of success in both the experiences of teachers and the academic literature. Even teacher-centred approaches, such as direct instruction/ transmission, worksheets, and videos have important roles to play. I have just published a framework of 38 primary science teaching approaches for those eager to learn more.

In an effort to consolidate our collective understanding of what works in primary science education, my colleagues and I reviewed 142 academic articles which investigated the impact of science teaching approaches on primary science learners’ scientific content knowledge, skills and dispositions.

Common student-centred approaches

We found that common student-centred approaches, such as Project/Problem-based learning, inquiry learning, cooperative learning, science beyond the classroom, nature of science instruction, cross curricular integration and others, were associated with remarkable improvements in learners’ science knowledge, skills and dispositions.

For skills and dispositions, the levels of growth associated with student-centred approaches were above markers of normal and above average progression.

And this is truly remarkable – our finding that the average growth in scientific content knowledge grew markedly. Usually, this type of learning growth is typically associated with one-to-one tutoring (the 2-sigma problem) and would be considered 900 per cent (yes, 900 per cent) higher than normal progression. This means that the student-centred approaches common in primary science have the potential to be orders of magnitude more impactful than more traditional approaches such as “cook book” investigations, rote note taking and lectures.

The science education array

As interesting as these findings may be, they cannot provide us with a notion of “best practice” that can be simply enacted in every primary science classroom. Most of the lessons, units and interventions used an array of complementary science teaching approaches that require considerable teacher expertise and reflexivity. Just as we can’t make every primary science lesson a lecture with note taking, we can’t just give the students a problem and put them in cooperative learning groups and expect to achieve the same outcomes reported in the academic literature.

Research is seldom an accurate reflection of real world classrooms – it is quite common for academic research to report on the teaching of external experts and academics, which cannot be scaled or sustained across all schools.

We now have a strong evidence base showing “what” teaching approaches are effective in primary science education. The importance of student-centred approaches appear to be widely understood by educators, academics and policy makers.

This leaves us with the “how” question as we strive to work out how academic insights can be applied in ways that are sustainable (i.e., manageable for typical schools despite inconsistent funding and support) and scalable (i.e., reasonable for all schools to implement in “normal” conditions).

Science education: How can we make it work?

The “how” question will always be the domain of classroom teachers responding to the unique traits of their students, and it is being answered every school day across Australia. Teacher decision-making is of paramount importance and we cannot simply commit to an ideal approach and leave it at that – to do so would be a gross misuse of academic evidence.

But we should strive to draw together the collective knowledge of primary science teachers enacting these effective practices regularly in their classrooms. Not only would this provide useful examples of theory working in practice, it would provide the authentic insights necessary to advance primary science in a sustainable and scalable way. Rather than answering the “how” question, those outside the classrooms can work to support teachers to more easily and effectively answer the “how” question for their own students.

An excellent example of teacher support in primary science education is the longstanding and widely lauded Primary Connections Program. Primary Connections addresses many areas of need among primary teachers through flexible professional professional development and freely available resources. It has also been consistently evaluated over nearly 20 years. The 5Es framework (Engage, Explore, Explain, Elaborate & Evaluate) that underpins the Primary Connections program also provides conceptual guidance to assist teachers in making informed decisions about science teaching approaches.

Where to from here?

In a practical sense, we need more shared research to better understand how best practices are realised in typical school settings where academic support and targeted funding are sparse. This should ideally occur alongside development in how we conceptualise and make decisions about primary science teaching practices.

There are many (really too many) interesting ways to discuss and conceptualise primary science teaching.

Here are a few big ideas

Big Ideas encapsulate the purpose of science learning in succinct terms for students and teachers alike. Harlen’s 14 Big Ideas of science (for example, all matter in the universe is made of very small particles) and about science (for example, Science is about finding the cause or cause of phenomena in the natural world) lead the emerging research in big ideas. Big Ideas have also been incorporated into the Australian K-10 Science Curriculum in the form of Inquiry questions and key ideas. It has the potential to aid the navigation of different activities by helping students to retain the purpose of their science learning
Learner Choice or agency is at the heart of student-centred teaching. Primary science teachers can approach choice in different ways, including minimisation, pre-planning/ designing choices in science learning or responding to emergent opportunities for choice. Choice can be enacted in many ways, including peer interaction, mode of communication, research methodologies, variable changes, etc.
Outward and inward facing pedagogies is an alternative conceptualisation to student and teacher centred pedagogies. In this case, inward facing pedagogies are those that are focused solely on within-school events whereas outward facing pedagogies are those that connect students to the world beyond the school. While both can be student-centred, outward facing pedagogies are often more time and resource intensive approaches that may consolidate earlier inward focused learning.

If everyone in this space (educators, academics, policy makers, professional development providers, and parents) is committed to ensuring our young people grow to become scientifically literate citizens then we must collectively emphasise sustainable and scalable improvement in primary science education.

James Deehan is a senior lecturer in Teacher Education at Charles Sturt University who specialises in primary science education. His research interests are primarily in preservice and inservice primary science education. James is also interested in interdisciplinary education research and firmly believes that good research should both inform and advocate.

Graduate employment: Right now, the ‘fair-go’ isn’t fair enough

November 23, 2023careers, Employability, equity in higher education, Universities AccordAARE blog, Charles Sturt University, employment, higher education, Sarah O’Shea, Universities Accord

A cornerstone of Australian values is the idea of a ‘fair go’: equality of opportunity regardless of personal circumstances. However, when it comes to higher education, decades of equity data reveal how university systems have failed to ensure this ‘fair go’. Nowhere is this more noted than in relation to gaining employment post-graduation.

Getting a job after completing a university degree is rarely straightforward. Only a minority of students walk straight from the graduating stage into permanent employment. However, students from equity backgrounds experience markedly different post-graduation trajectories compared to their peers from non-equity groups. In Australia, students from a poorer background, living with a disability or with a first language other than English, consistently encounter ‘labour-market disadvantage’ with lower levels of employment 6 months after graduation. This is particularly noted for those living with disability, with a full-time employment rate of 68.4%, compared to 79.5% for those with no reported disability.

Statistics only tell one part of the story

Disparities in securing employment or job conditions are only some of the inequities experienced. Recent research indicates that those graduates from more diverse backgrounds also 1) have less opportunity to achieve ‘high status’ professional roles (e.g. medicine, law), 2) report differences in hourly wages and also, 3) experience more complex, interrupted pathways to employment.

There are many reasons for these differences not least of which is these graduates may not have access to necessary, but often obscure, networks or information needed to obtain professional roles. For example, graduates who were the first in their families or communities to attend university do not have a ‘guide on the side’ who can provide insight or advice about the fundamentals of job seeking. In recent research, graduates repeatedly told me how this was a hidden, but significant, barrier. For example, one survey respondent explained how seeking employment after graduation was like “navigating uncharted water”, another reflected on the difficulty of “understanding […] the white collar world” and sadly one defeatedly stated: “I was very ignorant in what came after.”

What’s the difference?

In their reflections, there was a perception of “difference” that was implicitly and overtly experienced within the workplace, tied up with their family background and biography:

Perhaps if someone else in my family had graduated and embarked upon a professional career they also could have given me advice about building the foundations early, such as doing internships and volunteering in places.

What this and other quotes indicated was that while these students had received a university degree, there was more practical and applied knowledges needed to achieve their end goals. Not only did they need to aim for good grades but also, participate in internships, gain volunteer experience, network with future employers and proactively engage with the careers services on-campus. As one student so eloquently summed up, many ‘assumed the degree would be all I needed’.

The promises of university education were not delivered for some and the frustration and anger of this situation was palpable in survey responses:

The universities just pretend that getting that piece of paper is all you need, like they are selling ice cream. (Female Survey Respondent)

We need to think about entry and exit

The last two decades have seen huge changes to the university sector with increasing numbers and diversity in our student populations. While policy and procedures have engaged with the implications of this as students consider and enter university, those who are exiting the higher education system have not attracted a similar level of attention. We are experiencing a highly competitive job market with a global oversupply of graduates and this, combined with the need to be ‘employable’ means that those students with less access to necessary material and personal resources may be at a marked disadvantage within the graduate employment market.

The recent Accord Interim Discussion paper proposes a range of actions designed to ensure that the skills and knowledge developed by students are readily transferable to the workplace. The paper calls for a ‘modular, stackable, integrated approach to course design’ complemented by a framework for coordinated work placements as well as ‘earn while you learn’ and other financial support for undergraduates.

What they need

But what the graduates in this study indicated was a need for more practical and applied careers-related support deliberately targeted at that final transition: the move between university into employment. Suggested initiatives included proactive careers advice contextualised to different stages of the degree journey; ongoing professional mentoring that commenced early in the degree and extended beyond graduation; opportunities to have meaningful contact with professionals with similar (equity) backgrounds to their own; and explicit teaching about protocols and expectations within a professional workplace environment. Those changes are not difficult but such initiatives do require a ‘shift’ in mindset across the university sector – to one that more readily embraces and desires a relationship with students that extends beyond the graduation stage.

Sarah O’Shea is the dean, graduate research at Charles Sturt University, a Churchill Fellow, principal fellow of the Higher Education Academy and leading an ARC Discovery Project exploring the persistence behaviours of first in family students.

Want to do a PhD now? Here’s what you should know

October 30, 2023PhD education, PhD workAARE blog, Charles Sturt University, doctoral studies, doing a PhD, higher education, Kathleen Smithers, Matthew Harper, PhD work, PhDchat

Research in schools is messy. Things change fast and decisions need to be made on the fly. As PhD students doing research in schools, we (Kate and Matt) learned that challenges quickly arise and that tough decisions need to be made.

Our PhD research took place in vastly different contexts. Kate went to Zimbabwe to research the proliferation of philanthropic edu-tourism, and Matt explored differences in the teaching of drama and maths at a school in a regional town in NSW. Despite these “worlds-away” classrooms, we experienced similar challenges and discovered a gap in the literature on education fieldwork for postgrad students.

That’s what our new paper explores,and from that we have four key lessons for PhD students.

Four key lessons

We started our PhDs by ‘going with the flow’ of doctoral study. This meant we designed our research with the support of our supervisors. We presented our research plans to a panel of academics. We gained ethics approvals to conduct our studies. We undertook recruitment procedures. We went into ‘the field’ to collect data at schools. Then the flow changed.

Our paper explains how this early ‘flow’ became more like ‘rapids’ (Lonergan & Cumming, 2017) as we undertook classroom-based research in Australia and Zimbabwe.

In our research, we faced challenges and had to act in the moment. One such moment was when the classroom teacher left the classroom Kate was observing. What do you do? If you leave the room, where do you go? If you choose to stay, how long do you wait for them to return? If the class begins to misbehave, do you step into a teacher role or do you stay silent? If, and how, do you have a discussion with the teacher and ask them not to do this in the future?

Someone’s missing

In another example, the teachers participating in Matt’s study were both absent from school but failed to tell him beforehand. This encounter resulted in wasted time travelling to and from the school. It also highlighted that research involves adaptive responses and planning on-the-go.

Together, our reflections throughout the paper shed light on some of the emotional challenges during fieldwork. Even though one of us was geographically close and the other was far away from our supervisors, we were both unable to access their knowledge in the moments of shifting plans.

Four key lessons

Here are four key lessons we wish we knew before starting fieldwork:

Communication is key. Having clear expectations and conversations about the research with the school community is integral to the success of the research. Do not assume that everyone in the school community will understand the intricacies of your study – the reality is this is an ongoing part of the process.
Developing rapport with research participants is crucial. While it is important to ‘give back’ in research and avoid disruptions to schools, it is equally important to be on the same page with participants about your role/s within the research.
Plan for a range of different scenarios, be open to how you might negotiate them as they unfold. Anticipating changes to your research plan may help you cope when these changes happen and allow you to know which components of your research plan you are willing to change or remove.
Keep a diary. Your field notes are hugely valuable when it comes to writing up and reflecting on your research. And a daily diary reminds you of all the things you’ve achieved (big and little) when the going gets tough.

Continued conversation

We hope that others find these key lessons useful in thinking more broadly about their data collection plans. We are also mindful doctoral students have a range of resources at their fingertips when preparing for fieldwork that should not be overlooked. PhD supervisors are vital in the learning and development of doctoral students. Methods textbooks abound. And, there is a range of very insightful blogs, such as The Thesis Whisperer and Patter. Our research brings attention to these resources and the need for continued conversations about fieldwork.

Kathleen Smithers is a lecturer in the School of Education at Charles Sturt University, Australia. Kathleen has worked across a number of projects with a focus on the sociology of education and higher education. Her doctoral thesis investigated developmentourism in schools in Zimbabwe.

Matthew Harper is a PhD candidate and research assistant across a range of projects at the Teachers and Teaching Research Centre, School of Education, University of Newcastle, Australia. His doctoral thesis compares teaching practice and the student experience in high school mathematics and drama.