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Included in NACE’s core principles is the belief that teachers are central to providing challenging and enriching education, and their professional development is paramount. This blog series explores effective approaches to teacher CPD at all career stages, with a focus on developing and sustaining high-quality provision for more able learners and cognitively challenging learning for all.

 

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Neuroscience and learning: reference values in the classroom

Posted By Holybrook Primary School, 27 April 2021
Paul Wallis, Acting Assistant Headteacher, Holybrook Primary School
 
Evidence-based practice is huge – monumental – for education, as we all know. However, what is the actual impact on learners’ brains? This was the question that drove me to engage with the BrainCanDo initiative: bringing neuroscience and teaching together (at last?). I am currently participating in a Neuroscience for Teachers course being run by BrainCanDo, which brings together over 30 delegates from a diverse mix of 23 schools (spanning a range of phases, sectors and contexts). As we have progressed past the half-way stage of the programme, I find myself constantly pleasantly surprised at just what our brains are capable of.
 
The course started us off with work on the functions of different parts of the brain. This knowledge and understanding has underpinned all of the work we have consequently done.
 
With these foundations set, we are approaching different areas of learning and doing something we do not do enough of in schools: exploring! So far, we have worked on motivation/engagement, learning and technology as well as memory. The course has a real ‘start-up’ energy; we learn about the neuroscience behind some of the strategies we already use – such as retrieval practice – and the ones we really should be doing more of. Throughout the course so far, we have been given access to a wide range of strategies and tools we can use to elicit desired responses in our pupils’ brains. We have then had the freedom to go out and test what works, reporting back in between workshops. There is a real focus on bringing our expertise as teachers and leaders, marrying this with the neuroscience and having creative collaboration with colleagues.
 
Here are some key ideas I’ve found useful so far.

Reference values: the theory…

In our brains, too much focus on external motivators (the ought) creates a reaction that can be summarised as a being satisfied at the lack of a negative outcome. It is that feeling of, “I’m just glad I didn’t mess it up…” Instead of this, we want learners to work towards their own developed set of values and standards.
 
In one episode of the sitcom The Office: An American Workplace, the character Jim Halpert is tasked by his boss with creating a ‘rundown’ of his clients. Jim desperately seeks some guidance on what a rundown is, what it looks like and how to do one. He spends the day focused on second-guessing what it should look like in order to please his boss. In later seasons of the show, he starts his own business and gains the professional success he did not have in the prior role. Jim no longer has to seek the approval of the authority figure, he knows what he wants and has developed his own high standards for working. His focus is on the ‘self’ rather than the ‘ought’. 
 
This example shows “reference values” at work: the conflict we all have between the ought and self – what we believe we should do, versus what we want to do. We see this all the time in the classroom: “Is this okay?” or “Have I finished now?” 

Reference values in the classroom…

The aim of this strategy is to re-tune pupils’ focus from what they think we want them to do to what they themselves feel they want to achieve in the lesson. My school uses success steps to help structure learning, but I explored what would happen if I took these away strategically and asked my pupils what they felt success would look like in the lesson. I still gave them the learning intention focus but wanted to see what would happen if I handed them the compass and map for what success would look like.
 
Initially pupils responded with general comments such as: “Work hard” but once they knew I was not playing a cruel trick on them and that I didn’t have the “real” success steps hidden behind a curtain, the pupils began thinking for themselves and considering what they wanted to achieve. A great example I observed was in a lesson about algebra. One pupil explained that they knew algebra involved different operations so one area they wanted to focus on was recalling their written methods of calculation. If I did have a secret success step list somewhere, that would have been on it!

What next? Gamification and beyond…

Part of what many of our pupils find rewarding about playing video games are the rewards they gain from them. This could be an achievement unlocked on their Xbox or getting to the end of the level on Super Mario. Dopamine release is part of our brain’s reward system and is something video games are great at doing.
 
With the recent focus on remote learning and the rapid intertwining of education and technology, more and more work is being put into exploring the benefits of utilising these strategies. More and more schools are using online quiz tools such as Learning by Questions, Google or Microsoft Forms to present activities electronically, giving pupils instant feedback – just as a video game would. I also looked into the culture of games and how reward is presented. This involved creating short trailers to motivate pupils for online lessons, presenting challenges as ‘levels’. It will be interesting going forwards to consider how we can encourage a balance of dopamine-promoting rewards through these strategies.
 
The course concludes in June, with remaining sessions focusing on the neuroscience of decision making, mental health and wellbeing, and working with others/emotional responses. Watch this space for more updates from course participants.
 
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Tags:  cognitive challenge  collaboration  CPD  enquiry  motivation  neuroscience  pyschology  research 

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BrainCanDo Handbook of Teaching and Learning: overview

Posted By Jonathan Beale, 27 April 2021

Jonathan Beale, Researcher-in-Residence, Eton College @drjonathanbeale

The recently published ‘BrainCanDo’ Handbook of Teaching and Learning: Practical Strategies to Bring Psychology and Neuroscience into the Classroom outlines some of the research undertaken at BrainCanDo, an educational neuroscience research centre at Queen Anne’s School, and offers practical strategies for its application in secondary schools. The centre takes an evidence-informed approach to improving teaching and learning by conducting research on educational neuroscience in collaboration with university experts and applying it in the classroom.

This book’s eleven chapters are divided into five sections. This blog post provides an overview, with each sub-heading covering a section.

1: Controversies and applications

In Chapter 1, Jonathan Beale discusses the greatest problem facing educational neuroscience: how to move from neuroscientific evidence to its application in education. Beale argues that making this move without due attention to certain methodological hazards leaves educational neuroscience open to the accusation of ‘scientism’: excessive belief in the power or value of science. Beale offers suggestions on how to avoid scientism in educational neuroscience.

In Chapter 2, Gill Little shares ways that Queen Anne’s has attempted to bridge the gap between educational neuroscience and educational practice. Little offers school leaders strategies to support the introduction of an evidence-informed teaching and learning culture in their own educational contexts.

2: Becoming a successful learner

In Chapter 3, Iro Konstantinou and Jonnie Noakes argue that for schools to equip pupils with the skills to become engaged citizens who can thrive in a diverse society, character education needs to be embedded within a school’s curriculum, co-curriculum and wider culture. They outline evidence-informed practices that can foster some of the most important character skills for a changing world.

In Chapter 4, Amy Fancourt and Joni Holmes consider the extent to which working memory underpins many aspects of learning. They review research on the development of working memory and ways to use this research to support all learners, through recognising individual differences in working memory capacity. 

3: Motivation

This section approaches motivation through three psychological concepts: motivational contagion, mindset and executive functioning. In Chapter 5, Laura Burgess, Patricia Riddell and Kou Murayama offer practical strategies for harnessing the advantages of motivational contagion in the classroom. They explore the mechanisms underlying the transfer of attitude and motivation within classroom contexts, and offer recommendations on how teachers can use this knowledge to foster academic motivation.

In Chapter 6, Catherine Lutz investigates the relationship between mindsets and motivation. Research shows that an individual’s mindset and personal motivations are important variables that influence attainment and enjoyment. Lutz investigates how these may influence academic achievement and professional satisfaction in the classroom. Lutz offers practical applications to support the development of growth mindset and motivation.

In Chapter 7, Laurie Faith, Bettina Hohnen, Victoria Bagnall and Imogen Moore-Shelley offer an account of how an approach towards teaching and learning centred around executive functioning skills can develop self-regulation, metacognition and motivation. The chapter provides an overview of the development of executive functioning skills in primary and secondary school-aged children and outlines an approach for building executive functioning skills which is currently being used in primary and secondary schools. 

4: Wellbeing

In Chapter 8, Frances Le Cornu Knight explains the vital role of sleep in creating optimal conditions for learning and healthy development throughout adolescence. Through discussion of current research on sleep, Knight outlines the reasons for sleep deprivation in the adolescent population today. The chapter offers recommendations for schools to promote the vital role of sleep to learning and well-being and strategies that can improve sleep hygiene. Knight recommends that we seriously consider the potential value of introducing a later school start time.

Gratitude has been shown to be important for improving well-being, and recent neuroscientific research suggests that feelings of gratitude are linked with the activation of brain areas associated with thinking about others, judging subjective value, emotion, motivation and reward. Chapter 9 explores the impact that gratitude can have on adolescents’ subjective social well-being and social cohesion. Sarah Buckingham and Joseph Buckingham draw upon current research on gratitude to show the connection between expressions of gratitude and pro-social behaviour. They argue that a great deal of life satisfaction is connected to the amount of gratitude experienced. The chapter offers practical suggestions for schools to develop pupils’ gratitude.

5: Subject-specific research

The final section covers studies that apply educational neuroscience to mathematics, science and music. In Chapter 10, Annie Brookman-Byrne and Iroise Dumontheil provide an overview of the neural changes during adolescence and consider how knowledge of these can be used to enhance teaching and learning. They consider the role of inhibitory control in the acquisition of counterintuitive concepts that are typically found in science and mathematics. The chapter outlines ways to encourage adolescents to employ more widespread use of inhibitory control mechanisms to strengthen this executive function.

In Chapter 11, Daniel Müllensiefen and Peter Harrison explore how music can influence adolescents’ cognitive and socio-emotional development and how music, as a model of brain plasticity, could form an effective teaching intervention. The authors report results from a new study that tracks the development of musical abilities together with cognitive and socio-emotional skills across adolescence. They argue that our current knowledge of brain plasticity and the changes that occur in the brain as a result of musical learning can be used to support mindset teaching interventions. The authors offer a framework for developing such an intervention.


The BrainCanDo Handbook of Teaching and Learning is available to buy now from Routledge. For a 20% discount on this and purchases across the Routledge range, log in to view all current NACE member offers.

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Tags:  CPD  neuroscience  research 

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Free course: Neuroscience for Teachers

Posted By Julia Harrington, 06 May 2020
Julia Harrington, Headmistress of NACE member Queen Anne’s School and founder of BrainCanDo, shares details of a new Neuroscience for Teachers course designed to help bridge the gap between neuroscience and educational practice.
 
As both a parent and a teacher in secondary education, the inner workings of the adolescent brain have often seemed something of a mystery. From the turbulent highs and lows to the sometimes impulsive, rash, creative and utterly inexplicable behaviours expressed, it can be challenging for us to understand why teenagers act the way they do and how best to reach them.
 
At BrainCanDo we felt that teachers of this exuberant age-group could be further empowered to engage, inspire and motivate their students if they were given the time and opportunity to learn some of the new insights that have emerged through the fields of psychology and neuroscience over recent years.
 
We used to think that the brain stopped developing at age 11 but we now know that this simply is not the case. The brain undergoes one of the greatest developmental periods throughout adolescence and this reorganisation continues until early adulthood. We felt that teachers with a responsibility for classroom teaching and pastoral care could benefit hugely from accessing this new knowledge that does not form a part of conventional teacher training.  
 
This is why BrainCanDo has teamed up with neuroscientist Professor Patricia Riddell to develop a Neuroscience for Teachers course. This course involves six one-day workshops in which teachers are invited to come together to share their experiences as practitioners and gain new insights into the neuroscience of motivation through to mental health and wellbeing. 
 
I set up BrainCanDo around six years ago with the aim of bringing closer connection between the rapidly advancing fields of psychology and neuroscience and the day-to-day lives of teachers in the classroom. Over the past six years BrainCanDo has worked closely with staff and pupils at Queen Anne’s School, Caversham, and a number of other schools to provide training and resources to enhance teaching, learning and wellbeing. Today BrainCanDo is a dynamic hub of research and collaborative excellence, leading the way in harnessing the power of psychology and neuroscience to enrich education. We continue to work collaboratively with universities, schools, school leaders, teachers and pupils to bring neuroscientific evidence-based research in to educational practice.
 
We are excited to have the opportunity to work closely with neuroscientists and teaching practitioners to bridge the gap and learn from one another as we seek new ways in which to further engage and inspire our teenage learners.
 
This pilot programme will commence in September 2020, with the six workshops spread across the academic year. BrainCanDo has secured funding to cover the costs of workshop delivery, assessments and associated materials; participants need only cover the costs of travel. 
 
For additional course details click here.
 
To request information or apply for a place, contact info@braincando.com
 
NACE members who participate in the course will be invited to share their experiences, reflections and evolving thinking and practice with our network throughout the year. Contact communications@nace.co.uk for details.
 
Plus: free Summer Journal to support wellbeing during lockdown
 
BrainCanDo has developed a free Summer Journal to help students, staff and their families stay emotionally, mentally and physically well whilst working at home. The Summer Journal encourages users to consider ways to regulate and process how they feel and includes suggested activities to promote physical and mental health. It is divided into five sections with a week of activities for each: sleep and relaxation; goal setting and resilience building; building a healthy lifestyle; fostering creativity; spreading kindness. Download and share the journal.

Tags:  adolescence  CPD  enquiry  higher education  myths and misconceptions  neuroscience  partnerships  pyschology  research  wellbeing 

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Stuff about the brain for teachers

Posted By Jeremy Dudman-Jones, 28 February 2020

Jeremy Dudman-Jones previews his upcoming live webinar, exploring research from neuroscience and cognitive psychology and what it means for those working in schools…

As a teacher of over 30 years I now think that it is vital that as a profession, or indeed as anyone remotely interested in working with people, teachers should know a great deal more about the important new discipline of neuroscience. As a result I became a founder member of Learnus: a voluntary group that sets out to form bridges between academics and practitioners, striving to inform those at the “chalk face” with knowledge and ideas that are currently sitting on the desks of various departments of neuroscience and cognitive psychology. If you are a curious teacher or an interested parent, if you are a student currently intrigued by changes in behaviour or a lay person simply wondering about brain processes, join me on 10 March 2020 for a live webinar on “Stuff about the brain for teachers” (sign in to the NACE members’ site for details and registration).

In the webinar I will talk about some case studies that drew me into the world of educational neuroscience before I try to unpick ideas on how memories are formed and indeed lost. A memory is an interesting biological idea. To form a memory new synaptic connections need to be produced; this requires effort and amino acids. Memories are also difficult to maintain; why for example do I tend to only remember about 10% of a book I have read, even though at the time I really enjoyed it? I will talk about synaptic pruning in adolescents and how brain maturation in the same age group can lead to interesting and sometimes challenging patterns of behaviour.

It is nearly universally accepted that sleep is vital to a healthy mind, but why is it that as humans we spend nearly 23 years of a normal lifetime engaged in such an unconscious state? Recent research on the eye has unearthed new cells that are responsible for our sensitivity to circadian rhythms, but why does it seem to have a different rhythm if you are an adult compared to a teenager? If we really need a certain amount of sleep, what is happening in the brain whilst it is happening? How does all of this impact on the daily life of a school or a family or an individual? I hope to delve into some of these questions using easily accessible research findings.

Interestingly as one grows from a baby to an adult the brain itself changes; cognitive psychologists refer to this as brain plasticity and brain maturation. Again, what are the cognitive psychologists talking about when they use such terms? How can a brain change fundamentally from the age of 10 to the age of 20 and what impact will this have on people’s behaviour? It is possible to learn things later in life, but why is it so much easier as small child? As I work through the presentation, hopefully some of these questions will be answered, although no doubt they will raise even more for future discussion and possible research.

Lastly I will touch upon the power of chemicals and in particular neurotransmitters. After all much of what the brain does and in a sense what it feels is directed by these chemicals. I will hopefully explore the impact of at least three of these chemicals; on memory acquisition, on behaviour, on sleep and on relationships. It is strange to think that we are slaves to these chemicals, but can we also control them or synthesize them?

To finish I will touch upon other ideas in behavioural psychology, taking some inspiration from a range of research that basically divides our behaviour into two main categories, some of which we find easy and some of which we find difficult. How do these systems alter life in a school or simply a classroom? How do the two systems impact on us as parents, leaders and managers?

Finally, I will ask about next steps. Any bridge is incomplete without two-way traffic. What is it that those of us that are not academics want researchers to do next? What questions in neuroscience do we have that need answering and how can we assist each other in coming up with answers that will go on to inform best practice in life?

Jeremy Dudman-Jones is Assistant Headteacher at Greenford High School and a Founder Member of Learnus, a community dedicated to bringing together educators and those who specialise in the study of the brain, using insights from high-quality research to improve and enrich learning for all. On 10 March 2020 Jeremy will present a free webinar for NACE members. To join the live session and/or to access recordings of all past webinars, visit our webinars page (login required).

Tags:  adolescence  CPD  myths and misconceptions  neuroscience  pyschology  research 

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