Tag Archives: research

Why ‘Learning Styles’ Theories Should not be applied in the classroom

Educational practice is littered with myths that have permeated over the years and have not gone away. A particular example that is evident in most countries is the habit of wrongly identifying the differences between students- ‘right-brained’ or left-brained; ‘global’ or ‘holistic’; ‘visual’-, ‘auditory’- or ‘kinaesthetic’-learners. The latter is what this article will focus on as it has been found that there is a poor application of this Visual, Auditory, Kinaesthetic learning styles (VAK) theory, particularly in the UK. The Times Educational Supplement (2005) found that the UK’s Department of Education over-emphasise the importance of the VAK model in classrooms and that schools need to provide evidence of using a multitude of ways of teaching to accommodate students’ learning styles.

A BRIEF BACKGROUND ON VAK

The idea that individuals are either visual, auditory or kinaesthetic learners is probably familiar to most educators and students. This theory suggests that despite our ability to be able to receive information through different senses, we have a preference, i.e. some people prefer seeing, some like hearing, while some prefer kinaesthesia (the sensation that tells us where our bodies are). When learning anything new, visual learners prefer diagrams, drawings or printed words. Auditory learners prefer to hear songs or descriptions or anything they can listen to. Kinaesthetic learners on the other hand like to hold and use objects and/ or move their bodies.

FACTS AND WHAT THE FACTS?!?

It has long been established that people differ in their visual and auditory memory abilities. Our brains can store what something looks like and what they sound like. When asked to describe the physical properties of our sofa or bed, we tend to use our visual memory to recall what they look like and what they are made of. But when asked who the better singer is between Bruno Mars or John legend, we tend to use our auditory memory to recall how each of them sings. The difference between one person to the next is the amount of detail each of their memories are able to hold. Some people’s brains are able to store detailed and vivid visual and/ or auditory information, while some cannot.

I should also point out that our memories are not solely visual and auditory. We also remember meanings. Just recall the recent story you have read or heard. You may not remember it word for word, but I am certain that you will remember its meaning. In other words, meaning has a ‘life’ of its own.

PROBLEMS WITH VAK

The whole of learning styles studies and practice (not just VAK) lack theoretical underpinning which can reliably explain the whole discipline and its claims (Hay & Kinchin, 2006). While the differences between people’s auditory and visual memory abilities and capacities are very well supported in academic literature, they do not support the VAK theory. I must remind you that the theory’s key assumption is that individuals will learn better when the instruction and/ or information is presented in a way that matches their cognitive style. For instance, imagine two fictitious students Bob and Sam. Let us pretend that Bob is a visual learner and Sam is an auditory learner. Imagine also that I gave both of them two sets of new words and their corresponding definitions to learn- one presented as a written list whilst the other was a presented through a voice recorder that the students have to listen to. The theory suggests that Bob would learn the first list better than Sam and that the opposite would be true for the second list.

Hundreds of similar studies have been conducted and have found what the theory predicted, which is that students like Bob learned the first list better than students like Sam. However, I would claim that tests (and results) such as the one described do not support the theory simply because they do not test auditory and visual memories. One should note that even though the information is presented through auditory and visual media, what’s being tested is the meaning of the words. Using visual and auditory memories purely will not help anyone to recall meanings of words.

I must acknowledge that there are some lessons and topics wherein students must depend on either visual or auditory memories. For instance, visual memory is used to memorise how shapes look like while auditory memory is used to store and recall what a guitar sounds like. However, the vast majority of learning relies on students’ ability to learn, store and recall meaning, as well as sights, feelings and sounds.

ASSESSMENTS- another big problem

While it is all very well (to some extent) that schools encourage teachers to teach students in a variety of ways based on their learning styles or memory use, they are still assessed in the same old way. Everybody gets assessed in the same way. In most cases, students are given the exact same test papers or practicals.

DOES THIS MEAN THAT THE VAK THEORY IS SLIGHTLY RIGHT?

NO. We must acknowledge that proponents of the VAK theory claim that the same material should be presented in different ways to ensure that each student’s preferred style is matched. For instance, when learning about a country’s map, teachers should present visual learners with a printed map and written descriptions of it, while the auditory learners should listen to an audio recording of someone verbally describing the features of the map. Kinaesthetic learners on the other hand could be asked to create a model of the map. While this approach may work when learning a map, I assume (and know from experience) that this would not work in guitar lessons.

I agree with Coffield et al. (2009) when they condemned champions of ‘learning styles’ theories for pigeon-holing students unnecessarily using unreliable and poorly validated tests. I have witnessed experienced teachers administer VAK questionnaires to unsuspecting secondary and primary-school students and then labelled them using the results they have collated. I am also aware that some schools send teachers on a one-off ‘learning-styles’ training day. This is problematic as one-day trainings are insufficient to learn and critique any theory. Also, some of them are forced to apply these poorly tested theories by their head teachers despite their reluctance to do so.

WHY DOES IT SEEM SO RIGHT EVEN IF IT IS WRONG?

Most teachers and educational professionals believe that this theory is correct and here’s why I think that is:

  • It has become common wisdom– i.e. everybody believes it, therefore it must be true.
  • It is true that we all differ in visual and auditory memories. One may suggest that the child who is able to draw a building accurately after seeing it only a few times is a visual learner, whereas in fact, she has a better-than-average visual memory. Having a great visual memory is NOT the same as being a visual learner.
  • Confirmation bias– we unconsciously interpret situations as being consistent with our beliefs.

USING DIFFERENT ‘STYLES’

Hodgkinson and Saddler-Smith (2003) have shown through research that it is possible for the same students to use different learning styles in different situations and lessons. They have also shown that it is possible for students to learn and strengthen their use of their non-preferred learning style in order to counter-balance their preferences.

SO WHAT NOW?

I believe that the way forward is to abandon most people’s unsupported beliefs about learning styles. The theories have not been supported by research and practical applications. However, I would still urge teachers to be creative and present information in different modalities- not to suit anybody’s learning styles, but in order to promote attention and engagement. We should know that any change in routine will catch us out. If a teacher has been talking for 25 minutes, chances are that most of the students in the class will get bored and lose their concentration. Putting on a video or getting them to do an activity that requires kinaesthesia would be a welcome change. Also, instead of individualising the required mental processes for each student, I urge teachers to let all of your students to practise learning and retaining information using different modalities or ‘styles’.

Lastly, although this point is almost out of teachers’ hands, students’ attainment should come from a multitude of assessment techniques and not only pen and paper ones. I must admit that this has been happening for a good few years now but I feel that more should be done.

ONE LAST THING…

In my opinion, the learning styles myth and the way it has spread highlights the growing concern in teachers’ knowledge of up-to-date research findings. Fresh graduates are often well equipped with the latest research findings and new exciting ways of teaching. But some (including Coffield, 2014 and I) have observed that the longer some teachers have been in their profession, the lesser they know about recent publications. It is important to keep up with the research in order to refresh one’s approach. It is also likely that what we know now may not be supported by research that will be conducted in the future. I would also add that it is not enough to read textbooks as most of what is written in one will be about 2 years old. Peer-reviewed journal articles are always the best source of information. In contrast to books, published peer-reviewed journals are carefully scrutinized and approved by a group academics and researchers.

Atypical Reactions to Stimuli Found in Mothers of Children With Autism

Close to 90% of individuals in the Autism Spectrum have atypical responses and obsessions/ fixations with sensory stimuli. For example, some may enjoy looking at bright lights while some may actively avoid the sound of people scratching their skin. Previous studies have observed these patterns of responses  in neurotypical siblings of individuals with Autism, but not in their parents- until recently.

In a research published in Molecular Autism on 3 April 2014, Uljarevic et al. set out to investigate whether parents (specifically, the mothers) of children and adolescents in the Autism Spectrum have unusual reactions to sensory stimuli. The researchers asked fifty mothers to complete the Adolescent and Adult Sensory Profile (AASP) which is a measure of people’s hypo-sensitivity, hyper-sensitivity, sensation-seeking and sensory-avoiding tendencies.

The study’s findings are as follows:

  1. 31 out of 50 participants (62%) recognize stimuli slower or weaker than the average population
  2. 22 (44%) were found to be hyper-sensitive but were able to tolerate unpleasant stimuli
  3. 24 (48%) actively avoid unbearable stimuli
  4. Only 2% of the mothers scored within the ‘average-range‘, i.e. showed ‘normal’ responses to stimuli

Treat these findings with caution

As with every scientific finding, it is important not to get carried away with these findings. They need to be interpreted with caution. Despite having similar patterns of responses to their children with Autism, the participants’ atypical sensory reactions could be due to anxiety. In addition, since this is the first study to investigate the subject in this population with such a small sample size (very few participants), more studies need to be conducted to fully support the findings. Lastly, genetic studies are needed to investigate whether or not genes play a role in atypical sensory reactions in Autism.

Daily Prompt: Memory On The Menu

Which good memories are better – the recent and vivid ones or those that time has covered in a sweet haze?

-The Daily Post

Isn’t most (or all) of our memories – even the recent ones – coloured by our own interpretations and experiences? A lot of research has said so.

Nevertheless, I like all of my memories- even the sad ones, regardless of when they were formed. I learn from my mistakes, I try my hardest to be stronger after a misfortune, and most of all, I enjoy my triumphs and sweet moments. I enjoy reminiscing the past. It is always nice to look back and reflect on my decisions, feelings, actions or lack thereof. Reflecting, analysing and then making the necessary adjustments is how I improve. I intend to carry on this way. And this is why I cherrish ALL of my memories!

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More Memories on the menu:

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Rima Hassan

CVilleWinter

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The Jittery Goat

Journeyman

Sue’s TRIFLES

Meaning unfolding

Chronicles of an Anglo-Swiss

Jayne’s Daily Post

a hillbilly blogger

Manchester Science Festival 2013 photo gallery

BRAINS: Mind as Matter:

Gigantic Graphene model:

Ice Lab:

Eye & I:

 

Brian Bits:

PIg’s brain Dissection:

Gigantic Graphene Model and Ice Lab: Manchester Science Festival, ’13

Last week, I managed to brave the weather to join the fun at Manchester’s Museum of Science and Industry (MOSI). One of the coolest parts of this year’s Science Festival is  Aravind Vijayaraghavan’s idea of building a huge model of graphene, with the help of museum visitors such as myself. Graphene- a material stronger than steel, more flexible than rubber and more conductive than rubber, is discovered in Manchester by Andre Geim and Kostya Novoselov. Both scientists were awarded the Nobel Prize in Physicsin 2010 for their discovery of the said material. Here’s how we created the gigantic model:

First, we were given a template and pieces of plastic tubes and ‘joints’:

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We then assemble the parts to resemble the template:

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We then gave our finished ‘bit’ of the model to the people in charge, who then gave them to the people who built the model outdoor:

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I never got to see the finished product, but doing my bit was a lot of fun!

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Next up, I visited the Ice Lab exhibition, which is also in the same museum. This exhibition, which runs until 6 January 2014, shows the architecture and different research that are being conducted in Antartica. Visitors can learn about how the buildings and research facilities are made and what considerations are taken when planning and building them. It also gives the visitors the chance to experience the sounds and other sensations that one might experience in Antartica. Here are some pictures:

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IMG_0639Iceberg Living Station:

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Bharati Larsemann Hills:IMG_0646

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If you haven’t yet, make sure to check out Ice lab and other exhibitions at the Museum of Science and Industry at Manchester! Click here to visit their website: www.mosi.org.uk

MOSI Welcomes You to Look Inside the Brain

What does the brain actually look like?

Do we know what each part of the brain does? If so, how?

How do brain surgeries work?

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This week I have been fortunate enough to be one of the bloggers invited to a ‘personalised tour’ of the Brains: Mind As Matter exhibition at Manchester’s Museum of Science and Industry. Curator Marius Kwint, neuroscientist Prof. Stuart Allan and artist Daksha Patel guided us through this amazing exhibition which tells the story of how our knowledge of the brain developed over time and what we have done to the brain. The exhibition begins by showing the audience how brains (and in turn people), were classified according to the size of their heads- an extremely prejudistic and not to mention, flawed approach. Then it shows how people from Descartes to Cajal to Jeff Lichtman have attempted to represent the anatomy of the brain. Lastly, it tell us about the different surgical procedure such as trephination (drilling holes in people’s skulls), most of which are accentuated by photographs of people who have undergone such procedures. Gory though as it may seem, but such vivid truth-telling is what drew me even more to take a closer look, twice if not three times at each display.

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The Brains exhibition highlights the interconnection between our culture and our understanding of the brain. However, what intrigued me the most is the fact that despite the enormous amount of progress and knowledge that we have accumulated through years of research, we still know very little about that 1.5 kilograms of mass that control our lives. The exhibit left me with a rush of excitement stemming from the realisation that there is so much more to discover about the brain, and that I, personally, can take part in these discoveries.

CLICK ON THE FOLLOWING LINKS TO FIND OUT MORE:

Museum of Science and Industry

Brains: The Mind As Matter (MOSI)

Brains: The Wellcome Collection

Manchester Science Festival

How Cognitive Theories Can Help Us Understand Autism- Uta Frith

The Autism Show left me with mixed emotions

The Autism Show

 

I have attended my first Autism Show in Manchester yesterday. I have been looking forward to this event because of the quality of the speakers and also because it presented a chance for me to meet fellow professionals, parents and individuals with Autism. While I have enjoyed learning about the current research findings (courtesy of talks delivered by Prof. Neil Humphrey and the folks from Research Autism) and have met lovely people including Kevin Healey- a leading campaigner for Autism Anti-Bullying, the event left me with a sour taste in my mouth. I did not enjoy the whole experience.

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I found the layout of the venue (EventCity, Manchester) too confusing. The exhibition booths are laid-out like a university open-day convention, where people came and went in every direction. The sound levels were too high as exhibitors and speakers competed with each other for the visitors’ attention. There was no place for visitors to relax quietly, apart from the toilets.

Understandably, parents of children with Autims were extremely annoyed. Those who I have spoken too have commented that the place was ‘not Autism-friendly at all’. These parents have the right to complain, considering that the even was about Autism. One would hope that the organisers would have made more effort to consider individuals with Autism, particularly those with sensory sensitivities.

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The Autism Theatre, Hubs 1 & 2, where various talks have taken place were not closed off. This meant that the noise coming from the rest of the venue can be heard and that the speakers have to speak louder in order to compete with the background noise. As a result, most of the audience found it very difficult to maintain their focus on the speakers.

Kevin Healey, one of the key speakers who also has Asperger’s Syndrome, have told me that he struggled to block out the noise coming from outside the Autism Theatre whilst he was speaking. However, despite the incredible challenge of blocking out these stimuli, Kevin delivered one of the most inspiring talks that I have ever listened to.

 

Despite the great wealth of information, I left the venue two and a half hours early with a headache. I do not have a diagnosis of Autism or any sensory difficulties, but I still found the event very strenuous. I can only sympathise for those with Autism. Needless to say, if the organisers do not make the necessary adjustments next year, I would not be coming.

Being Intelligent Does Not Guarantee Success

TEDxGrit

 

When I was a  young child, I was always taught that in order to be successful in school, work and in life in general, I needed to be intelligent. High I.Q. according to my first teachers, equals a high grade. However, as I went through high school to graduate school and now as an educator, I discovered that having a high I.Q. does not guarantee that individuals will succeed. Intelligent students do not always get the highest marks/ grades, and the not-so-smart ones do not always get the average or lowest grades.

Life events and well-being immediately come into people’s minds when asked why this is the case. In addition to these, Angela Duckworth proposed that success depends on another important factor: Grit, defined as the ‘perseverance and passion for long-term goals’. Watch her TED talk below:

 

To read Angela Duckworth’s seminal research on Grit, click HERE