Registration is now open
Neuroscience in the classroom: current progress and future challenges
PhD students from the Centre for Educational Neuroscience are pleased to announce a day conference dedicated to discussing the progress our field has made and the challenges for the future.
Friday 17th March 2017 at the Wellcome Trust, Gibbs Building, 215 Euston Road, London, NW1 2BE
Confirmed keynote: Professor Gaia Scerif (University of Oxford)
Other speakers include: Dr Michelle Ellefson (University of Cambridge) and Dr Denes Szucs (University of Cambridge), Dr Sinead Rhodes.
We will also be having presentations from Wellcome Trust/Education Endowment Foundation funded projects:
Spaced Learning – Alastair Gittner
Teensleep – Dr Chris Harvey
Learning Counterintuitive Concepts – Prof Denis Mareschal
GraphoGame Rime – Dr Anji Wilson
Engaging the Brain’s Reward System – Prof Paul Howard-Jones
Fit To Study – Catherine Wheatley
We are also accepting submissions for poster presentations for research relating to the field of educational neuroscience or mind, brain and education. Places at the conference will be preferentially given to those who submit a poster abstract. There are poster prizes which will be awarded for outstanding work that bridges the gap between neuroscience and the classroom.
If you would like to register for this free event, please fill out the following form.
The form also includes space to submit a poster abstract. If you wish to submit an abstract at a later date, please write this in the abstract box within the form.
We will confirm your place at the event by 10th February at the latest.
Our collaborators, the think tank Learnus, are staging their first conference, in partnership with the Association of School and College Leaders, entitled “FutureEd: How can Findings from Educational Neuroscience Reshape Teaching and Learning now and in the Future?”
The conference will be held at the Holiday Inn, Bloomsbury, on Thursday 9th February 2017. For more details, see futureed-conference
The mission of Learnus is to act as a bridge between the latest academic research and the classroom and to share their findings with education policy makers.
‘Neuroscience in the classroom: current progress and future challenges’- a workshop supported by the Wellcome Trust and the Bloomsbury Doctoral Training Centre.
We are excited to announce a new educational neuroscience workshop being organised by the CEN on Friday 17th March 2017 at the Wellcome Trust.
Confirmed keynote: Professor Gaia Scerif, University of Oxford.
Other speakers include: Dr Michelle Ellefson, University of Cambridge and Dr Denes Szucs, University of Cambridge.
We will also be having presentations from a representation of each of the Wellcome Trust/Education Endowment Foundation funded projects:
The event will be free to attend and details for registration will be announced soon. We will also be accepting poster presentation submissions.
If you have any queries before then, please email Alex Hodgkiss: firstname.lastname@example.org
Studentship applications are now invited for PhD study in educational neuroscience at Birkbeck and UCL Institute of Education, open to UK students or EU students with UK residency.
The closing date for PhD applications within the preferred institution is Friday 6 January 2017, for degrees to start October 2017. Interested candidates should approach relevant possible supervisors to discuss their proposed research projects in the first instance (see CEN faculty members). Alternatively, interested students should contact a representative within the relevant department: Birkbeck: Professor Michael Thomas. UCL Institute of Education: Professor Emily Farran.
Two papers published by CEN member Chloe Marshall and her colleagues at City University of London and UCL’s Deafness Cognition and Language Research Centre stress the importance of language for deaf children’s cognitive development. Deaf children are at risk of having delayed Executive Function (EF) development. It is well established that EFs play a critical role in children’s academic success and social and emotional wellbeing, and that they are closely associated with language skills. A long-standing debate in the research literature concerns whether language supports the development of EFs, or whether EFs support language development.
Marshall and her colleagues argue that deafness, a sensory impairment that negatively impacts children’s ability to take up language from the input, offers a unique way of testing the developmental relationship between language and EF. In a paper just published in the leading journal Child Development, they show that deaf children perform more poorly than hearing children on EF and vocabulary tasks, and that vocabulary level mediates EF performance (but not vice versa). In other words, deaf children’s poor EF can be explained by their low vocabulary levels, whereas their poor vocabulary cannot be explained by difficulties with EF tasks.
In an earlier paper published last year in Frontiers in Psychology, Marshall and her colleagues showed that poor working memory (an important component of EF) is not an inevitable consequence of deafness; deaf children who are native signers (i.e. grow up from birth in a home with parents who use a sign language) have comparable performance on working memory tasks to hearing children, but both those groups perform better than deaf children who are non-native signers.
Taken together, these studies suggest that growing up in an environment that offers a rich and accessible language input can protect deaf children from delayed EF development.
In the latest addition to our Neuro-hit or neuro-myth? section, we consider the claim that the time of year children are born influences their subsequent academic performance. This is a simple enough idea with potentially large repercussions. Evidence supporting this was first flagged in the 1960s and ever since researchers and educationalists have been accumulating data. We look at the findings of more recent studies in order to evaluate whether the autumn-born advantage is a reality, possible explanations, how far-reaching the effects are, and whether there are ways to level the playing field.
Dr. Natasha Kirkham (Birkbeck, University of London) gave a seminar updating us on the findings of her current project investigating the impact of multi-sensory approaches to learning in the classroom. Dr. Kirkham’s work investigates what guides attention and supports learning from infancy into early childhood. Recently, she has focused on learning occurring in naturalistic settings, amidst all the noise and distraction of real-life environments.
Children’s formal learning in the classroom takes place in dynamic multi-sensory environments, which can be noisy, distracting and occasionally chaotic. Sometimes the information provided is mutually supportive (e.g., consistent or redundant cues), but at other times it can be de-correlated (independent cues), or even contradictory (conflicting cues). Prior research has shown that multi-sensory information can sometimes facilitate learning in infants (Bahrick & Lickliter, 2000; Lewkowicz, 2000; Richardson & Kirkham, 2004; Wu & Kirkham, 2010) and adults (e.g., Shams & Seitz, 2008; Frassinetti, Bolognini, & Ladavas, 2002).
Consequently, the idea that information received simultaneously from multiple modalities is ‘supportive’ of learning has been used as the basis for educational programs in literacy and numeracy, dealing with both typically and atypically developing children (Bullock, Pierce, & McClelland, 1989; Carbo, Dunn, & Dunn, 1986; Luchow & Sheppard, 1981; Mount & Cavet, 1995).
And yet, beyond its intuitive appeal, there has been no systematic investigation of the effects of multi-sensory stimuli on school-aged children’s basic learning (Barutchu, Crewther, Fifer, Shivdasani, Innes-Brown, Toohey et al., 2011).
Dr. Kirkham presented evidence from her team’s latest work looking at the pros and cons of multimodal information in a learning setting, focusing on the modalities of sight and sound. Thus far, they have used two tasks to tap multi-sensory learning. Both involve learning new categories using audio and visual features.
In the first task (run in collaboration with Prof. Denis Mareschal), the goal is explicit – figure out the categories! In one condition, clues to the categories are in audio features, in a second in visual features, in a third in both audio and visual features together. The results showed that redundant multi-sensory (audio-visual) information offers only a little learning support above and beyond uni-sensory information (audio or visual alone), and only in the youngest age group. In fact, while 5-year-olds seem to show some benefit from multi-sensory information, by 10 years of age children perform best in the auditory alone condition.
The second task (run in collaboration with Dr. Hannah Broadbent) is similar in all ways except that it is an incidental learning task – with children asked to press a button every time they see a frog appear on the screen. There were two categories of frogs, defined, as before, by visual, auditory or audiovisual features. Afterwards, children were asked to identify the categories. In this task, the categories were actually irrelevant to the task at hand – kids just had to spot the frog! In this study, all the age groups (5-, 7-, and 10-year-olds) performed significantly better in identifying the (irrelevant) categories of frog when the categories were marked by multi-sensory cues, rather than just visual or audio features alone.
So, as the team begins to investigate the possible benefits of multi-sensory learning, a more complex picture is emerging. Benefits depend on the type of learning and the age of the child. Multi-sensory presentation may be best for incidental learning. For explicit learning, multi-sensory presentation may be advantageous only for younger children. The project is still on-going.
|In the last few years, the academic journal International Review of Education (IRE) – the oldest journal of comparative education in the world – shifted its focus towards closer alignment with the work of its parent institution, the UNESCO Institute for Lifelong Learning. Since then, IRE has given priority to research that explores ways in which the idea of lifelong learning is reflected in education policy and practice throughout the world. This has meant a focus on topic areas such as adult education, non-formal education, adult literacy, open and distance learning, vocational education and workplace learning, new access routes to formal education, lifelong learning policies, and various applications of the lifelong learning paradigm. To introduce new readers to IRE, the journal has made available for free download from October 20 to December 20 ten recently published articles. Among them is a paper from the CEN on brain plasticity and learning in adulthood, which can be downloaded here:
Professor Derek Bell from Learnus (one of CEN’s collaborators) gave a presentation last week at the Second Neurocuriosity Workshop, on information-seeking, curiosity and attention. The workshop was hosted by The Centre for Brain and Cognitive Development (Birkbeck) and brought together cognitive neuroscientists, psychologists, and educators interested in the role of curiosity in learning.
Given Learnus’ mission – to facilitate in the translation of research to educational implications and practice – Derek’s talk focused on how scientific research in curiosity might help answer the perennial teachers’ question, “So what do I do in my lessons next week?”.
Derek emphasised that the link between education and neuroscience is not a simple straight line. While there is an appetite among teachers for new methods stemming from research on the brain, this places a responsibility on those working in the field to assure the quality of the information that is shared. Derek focused on key questions including: What is curiosity in the classroom? How does it differ from interest? How can curiosity be harnessed for learning? How does the neuroscience understanding of the basis of curiosity (in exploration, information gain, and reward seeking) link to classroom learning activities?
He drew some tentative conclusions from the research presented at the workshop: Curiosity consolidates learning. It may act as a positive feedback loop, with curiosity stimulating learning, and learning in turn stimulating more curiosity. However, curiosity, surprise, rewards and memory are tightly interlinked concepts. Practical strategies to stimulate curiosity and generate interest in lessons might include the use of surprise items and events, rewards, and questions.
But also he also stressed the importance of dialogue between different professional communities to facilitate understanding the concrete implications of cutting edge research, and whether they yet justify any major changes in teachers’ practice.
In the following discussion, two points emerged. The first concerned the challenge of ‘bringing curiosity to the fore’ and the suggestion that having some structure or task to help focus the curiosity might be more productive for students than situations in which the questions are completely open or students engaging in what might be referred to as ‘idle curiosity’.
The second was the idea that curiosity is not a ‘one-off event’, so there is a need to explore ways of sustaining curiosity so that it becomes a longer term interest in the material and, more broadly, in learning about the world and how it works.