The educational landscape is complex! It’s a balancing act ensuring appropriate teaching methods are maintained, the requirements of the curriculum are upheld, and individual student needs are met. Each element makes a unique contribution to the success of the learning process.
Within this matrix, Executive Function (EF) is a key influencing factor that leads to effective learning and academic success. Many consider it the ‘control centre’ or ‘cornerstone’ of cognitive processes. It governs a wide range of behaviours that are necessary for academic performance. These include focus, organisation, and self-regulation.
What You Will Learn From This Article
In this article, we want to demystify executive function and break it down into its core components – working memory, self-regulation, and cognitive flexibility, whilst exploring their relevance to today’s educational environment.
We also want to delve into the neuroscience that underpins executive functioning so that educators are equipped with accurate, up-to-date information that challenges the many common and inaccurate myths that circulate within schools, colleges and other education environments.
You will find a series of strategies that educators can consider for enhancing EF within the classroom setting that works within the wider framework of educational compliance and professional development. It’s designed to engage, inform and enlighten educators at all levels, offering practical insight into effective teaching strategies while facilitating compliance with best practices.
At all times, the aim is to keep teaching standards high and in line with the latest guidance, legislation and thinking about child development.
Understanding Executive Function
Understanding executive function isn’t merely an academic exercise, it has far-reaching implications for student success. Working memory has been widely investigated for its role in academic outcomes. Alloway and Alloway’s groundbreaking research in 2010 confirmed that working memory is a more reliable predictor of academic success than IQ!
The study established a strong link between the capacity of a student’s working memory and their ability to engage effectively in the classroom, especially in subjects that require sustained attention and complex thought, such as Mathematics and Science. They concluded that the ability to control oneself emotionally and behaviourally is a significant factor in achieving academic success. Students with better, more controlled self-regulation skills tend to have higher focus and commitment and go on to achieve more academically.
Cognitive flexibility is essential in our rapidly changing educational landscape, where students are often required to use different kinds of information and adapt to varied teaching styles and tasks. By improving awareness and enhancing these core areas of EF, educators can create learning environments that comply with the latest guidance and legislation but also elevate the quality of education delivered.
The Three Core Areas of EF
Working memory enables us to hold and manipulate information temporarily. This faculty is particularly vital when following multi-step instructions or performing complex tasks that require immediate cognitive engagement.
Encompasses the ability to manage one’s emotions and behaviours effectively. This can range from controlling impulses, to managing stress levels, both of which can affect a student’s academic performance.
Children and young people need to be able to shift their attention between different tasks and/or adapt to ‘new rules’. Cognitive flexibility is the skill required that allows students to switch mentally, so they can move and transfer their attention between topics and/or academic subjects.
Relevance to Educational Outcomes
Understanding EF isn’t merely an academic exercise; it has far-reaching implications for student success. In particular, working memory has been rigorously investigated for its role in academic outcomes. Alloway and Alloway’s research in 2010 posited that working memory is a more reliable predictor of academic success than IQ. Their work establishes a strong correlation between the capacity of a student’s working memory and their ability to engage effectively in the classroom, especially in subjects that require sustained attention and complex thought, such as Mathematics and Science.
The ability to regulate oneself emotionally and behaviourally has also been shown to be a significant factor in academic success. Students with better self-regulation skills tend to have higher focus, commitment, and academic achievement.
Lastly, cognitive flexibility is essential in our rapidly changing educational landscape, where students are often required to integrate different kinds of information and adapt to varied teaching styles and tasks.
By enhancing these core areas of EF, educators can create learning environments that meet compliance requirements and elevate the quality of education. The following sections will delve deeper into the neuroscience behind EF, why it is indispensable in classrooms and strategies to foster it effectively.
The Neuroscience Behind Executive Function
It’s key that educators understand the neuroscience that lies behind executive function. EF is almost a collaborative effort of various brain areas, each contributing to specific aspects of it.
While the prefrontal cortex is often highlighted for its role in tasks such as decision-making and problem-solving, other regions, including the parietal lobes and the limbic system, also play their part.
For example, the dorsolateral prefrontal cortex is instrumental in working memory and cognitive flexibility, whereas the anterior cingulate cortex has been linked to error detection and emotional regulation. In a study by Miller and Cohen (2001), it was shown that these regions of the brain work together to direct the flow of information and prioritise tasks, thus enabling us to engage in complex cognitive processes.
Challenging Myths: A Holistic View of Brain Involvement
A common, but dated belief is that executive function is solely located in the frontal lobes. While it’s true that the frontal lobes play a significant role, this view limits our understanding and, consequently, any pedagogical strategy that is adopted. EF is not an isolated phenomenon linked to a single brain region. It’s the result of intricate neural networks that span multiple brain areas. Advances in neuroimaging technologies, like MRI, have shed light on the neural networks that underlie EF, involving not only the frontal lobes but also the parietal lobes, basal ganglia, and even the cerebellum.
Recognising that executive function is a product of dynamic brain networks encourages us to adopt a more holistic pedagogical strategy. We should not try to over-simplify it but opt for evidence-based knowledge and research that considers the full range of neural activities associated with it.
Why Does Executive Function Matter in the Classroom?
Executive Function (EF) in the classroom impacts on a student’s ability to access the curriculum effectively and to excel academically. The importance of EF in curriculum access cannot be overstated. Well-structured EF enables students to understand complex problems, remember instructions, organise their thoughts, and engage in analytical thinking. These abilities are the foundation of acquiring new skills and knowledge.
Connection Between Poor Self-Regulation and Learning Difficulties
One core aspect of EF that needs to be explored is self-regulation or, in other words, the ability to control one’s emotions and behaviours.
Poor self-regulation has been repeatedly identified as a barrier to effective learning and task completion. For example, research by Blair and Razza (2007) found that children with poor self-regulation skills are more likely to struggle with academic tasks and exhibit focused attention difficulties, affecting their overall learning experience.
When self-regulation is underdeveloped, students often struggle to sustain attention on tasks, manage time effectively, and make reasoned decisions. This can result in procrastination, low achievement, and increased susceptibility to stress and anxiety.
Poor self-regulation doesn’t just affect academic outcomes but can also influence socio-emotional development, affecting interpersonal relationships and self-esteem.
Delivering A Quality Education for all
Given these factors, enhancing EF, particularly self-regulation, must be a focal point in educational strategies, as it’s a crucial element of delivering effective learning experiences for all.
Educators must seek to proactively integrate EF-focused methods into their teaching practices if they are to deliver a robust and holistic education.
Learning more about why it’s important could be seen as a long-term investment in the support, encouragement and success of the children and young people that you work with.
Identifying Executive Function Disorder
Signs of Executive Function Disorder in Students
Executive Function Disorder (EFD) is a condition that primarily affects planning, organisation, impulse control, attention, and other cognitive processes governed by executive functions.
Recognising the signs of EFD is crucial for educators if they are to tailor support strategies most effectively.
Some common symptoms include:
- Difficulty in initiating and completing tasks.
- Poor organisational skills leading to cluttered and chaotic learning spaces.
- Challenges in shifting from one activity to another, exhibiting cognitive inflexibility.
- Procrastination or avoidance of tasks that require sustained attention.
- Struggles with working memory, such as forgetting instructions or losing track of tasks.
- Emotional outbursts and challenges in self-regulation.
It’s important to note that having one or more of these symptoms does not automatically indicate EFD, but these signs can serve as red flags requiring a more detailed assessment.
Ruling Out Other Factors
Before jumping to conclusions about a student’s struggles with EF, it is imperative to consider other possible explanations. Factors such as Adverse Childhood Experiences (ACEs) or Developmental Language Disorder (DLD) can also lead to similar focus, self-regulation, and academic performance issues. For instance, children who have experienced trauma might display poor impulse control or attention issues, which could be mistakenly attributed to EFD. Moreover, students with DLD may struggle with understanding complex instructions, which could be misconstrued as a working memory issue.
It’s important, therefore, to engage with educational psychologists, paediatricians, and speech and language therapists, for a more well-informed diagnosis. These professionals can provide a broader understanding of the child’s cognitive and emotional landscape, enabling a more appropriate support package to be introduced.
A Focused Approach for Educational Excellence
Identifying EFD requires a balanced approach, given it overlaps with other developmental and experiential factors. A correct diagnosis provides the foundation for effective educational interventions, so teachers and educators can address the specific challenges students face in a very targeted manner. Teachers have an active role to play in identifying signs and considering the complexities surrounding EFD.
Actionable Strategies for Promoting Executive Function
At the heart of promoting Executive Function (EF) in the classroom lies the approach known as Wave 1 Universal Quality First Teaching. This approach focuses on the quality of teaching that is accessible to all students, providing a universal foundation for learning. It integrates the promotion of EF, like working memory, self-regulation, and cognitive flexibility, into daily classroom practices, aiming for a teaching standard that benefits not just those with EFD, but students of all academic abilities.
Other strategies that you might consider include:
Demonstrate behaviours and thought processes explicitly. For example, if the task is to read a text critically, you might read it out aloud while articulating your thought process: “I see the author uses the word ‘therefore,’ which tells me the next part is a conclusion from the previous statements.”
Use open-ended questions
Use questions that don’t have a simple ‘yes’ or ‘no’ to stimulate cognitive flexibility and deeper thinking.
- “Can you explain how you arrived at that answer?”
- “What would happen if the conditions were changed?”
- “How do you feel about the outcome of the experiment?”
Give step-by-step instructions
Break down complex tasks into smaller, manageable tasks. Use visual aids like flowcharts or step lists and encourage students to tick off completed steps.
This not only aids working memory but also contributes to a sense of accomplishment and better self-regulation.
Provide structured opportunities for students to practise new skills, offering feedback and correction as they go along. This aids both self-regulation and the reinforcement of new information in working memory.
Provide just enough support to enable students to perform tasks they could not complete independently. As students become more competent, you can gradually reduce this support, encouraging independence and self-regulation.
Introduce brief mindfulness exercises to help students become aware of their emotions, thereby improving self-regulation.
Regularly revisit previously learned material to refresh working memory and reinforce what has been taught. This allows the movement of information to long-term memory.
Challenges and Considerations in Improving Executive Function
Implementing any of these strategies requires deep-rooted change. You should expect some challenges along the way! The rewards, however, are worth the commitment.
Here are some of the hurdles you might encounter:
- Resource constraints: limited teaching materials or inadequate training can make it challenging to introduce EF strategies effectively.
- Time limitations: fitting these additional methodologies within an already packed curriculum can be a burden.
- Teacher scepticism: some educators may hesitate to adopt new approaches, fearing these changes may upset routines that they think already work.
- Student resistance: changing classroom dynamics can meet with resistance from students who prefer known methods and systems.
- Inconsistent application: consistency is key for the effectiveness of any educational strategy.
Tips For Addressing These Challenges In Your Classroom
With persistence, confidence and tact, even the toughest challenges can be overcome. Here are some things that might help.
- Resource allocation: schools should allocate a budget for professional development in EF strategies. This could include workshops, materials, and perhaps even bringing EF experts in for training sessions.
- Curriculum integration: rather than seeing EF as an add-on, incorporate it into the existing curriculum. For example, lessons on historical events can also focus on critical thinking and cognitive flexibility.
- Peer-to-peer training: enable teachers proficient in EF strategies to mentor their less-experienced or more sceptical colleagues.
- Student involvement: make students active participants in the changes. For example, allowing students to help design rules around self-regulation could make them more willing to take part!
- Customisation for age groups: EF strategies should always be age-appropriate. Younger students may benefit more from visual aids and games to promote working memory, while older students might respond well to discussions that involve ethical dilemmas, etc.
- Flexibility in approach: be prepared to adapt! What works in one classroom or with one age group may not necessarily apply in another. Regular feedback and adjustments are advisable.
While there are challenges, it’s essential to see them as opportunities for improvement rather than obstacles to success.
With thoughtful planning and implementation, fostering EF in the classroom can be a smooth and rewarding process.
In navigating the complex area of educational development, the role of executive functioning must be a key focus, and a holistic approach must be taken. Merely focusing on one area, such as working memory, will not lead to the best outcomes.
Educators need to create a complete approach within the classroom that encourages and enables students to manage their emotions, thoughts, and actions in a way that supports learning. In order to do this successfully, the combined efforts of administrators, educators, and students are needed, alongside resources, time, and an unwavering commitment.
It’s worth highlighting once again that the skills nurtured through executive functioning don’t merely aim to improve academic excellence; they prepare students for the complexities of life itself. Whether in career development, interpersonal relationships, or self-care, the life skills gained by mastering EF are lifelong. Its relevance is universal, from problem-solving and decision-making to emotional intelligence and resilience. So, as educators and stakeholders, we have a duty of care to bolster the EF skills in the children and young people that we are supporting, as the quality of life they will enjoy will continue long after they have left school.
- Alloway, T.P., & Alloway, R.G. (2010). Investigating the predictive roles of working memory and IQ in academic attainment. Journal of Experimental Child Psychology, 106(1), 20-29.
- Diamond, A. (2013). Executive Functions. Annual Review of Psychology, 64, 135-168.
- Duckworth, A.L., & Seligman, M.E.P. (2005). Self-discipline outdoes IQ in predicting the academic performance of adolescents. Psychological Science, 16(12), 939-944.
- Fuchs, D., & Fuchs, L.S. (2006). Introduction to Response to Intervention: What, Why, and How Valid Is It? Reading Research Quarterly, 41(1), 93-99.
- McCloskey, G., Perkins, L. A., & Van Divner, B. (2009). Assessment and Intervention for Executive Function Difficulties. Routledge.
- Felver, J. C., Tipsord, J. M., Morris, M. J., Racer, K. H., & Dishion, T. J. (2017). The effects of mindfulness-based intervention on children’s attention regulation. Journal of Attention Disorders, 21(5), 872-881.
- Baggetta, P., & Alexander, P. A. (2016). Conceptualization and operationalization of executive function. Mind, Brain, and Education, 10(1), 10-33.
- Masten, A.S., & Coatsworth, J.D. (1998). The development of competence in favourable and unfavourable environments: Lessons from research on successful children. American Psychologist, 53(2), 205-220.
- Hughes, C., & Ensor, R. (2007). Executive function and theory of mind: Predictive relations from ages 2 to 4. Developmental Psychology, 43(6), 1447-1459.