Barriers to Learning: How to Identify and Overcome

UK classroom scene demonstrating barriers to learning in practice

Updated on

May 17, 2026

Barriers to Learning: How to Identify and Overcome

Cognitive, emotional, social and environmental barriers affect every classroom. Identify the root causes behind learning difficulties and apply targeted.

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Gawish, A (2021, December 10). Barriers to Learning: A teacher's guide. Retrieved from https://www.structural-learning.com/post/barriers-to-learning-a-teachers-guide

In this article

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What Are Learning Barriers?

Vygotsky (1978) linked learning blocks to learner frustration. Watch learner behaviour; grades alone aren't enough. Bronfenbrenner (1979) tied difficulties to cognitive, social, and environmental factors. Dweck (2006) suggested focused support. Target the causes, not just general methods.

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Evidence Rating: Load-Bearing Pillars

Emerging (d<0.2)

Promising (d 0.2-0.5)

Robust (d 0.5+)

Foundational (d 0.8+)

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Key Takeaways

Mindset significantly impacts how learners perceive and overcome learning barriers: Learners with a fixed mindset may see barriers as insurmountable, leading to disengagement, whereas a growth mindset fosters resilience and a willingness to develop strategies (Dweck, 2006). Educators must cultivate a growth mindset to equip learners to view challenges as opportunities for development, rather than fixed limitations.
A comprehensive understanding of learning barriers necessitates an ecological perspective: Learning difficulties are not solely individual deficits, but often arise from complex interactions between a learner's cognitive abilities, their social relationships, and the broader environmental contexts of home and school (Bronfenbrenner, 1979). Identifying barriers effectively requires observing learners within these multiple systems to pinpoint contributing factors beyond the classroom.
Effective intervention for learning barriers relies on precise, evidence-informed strategies: Rather than generic approaches, successful interventions are tailored to the specific root causes of a learner's struggle, informed by ongoing assessment and feedback (Hattie, 2012). This targeted approach ensures resources are efficiently deployed to address individual learning needs, leading to measurable progress.
Emotional intelligence and self-regulation are pivotal in learners' ability to navigate and overcome learning barriers: Learners' capacity to recognise, understand, and manage their emotions, alongside developing self-regulatory skills, directly influences their resilience when facing academic challenges (Goleman, 1995). Fostering emotional literacy and self-regulation strategies helps learners to persist through difficulties and maintain engagement, transforming potential barriers into manageable hurdles.

Hallahan et al. (2023) showed learning disabilities create internal barriers. Aikens & Barbarin (2008) connect socio-economic factors to external barriers. Teachers need knowledge of barriers to assist each learner. Florian & Black-Hawkins (2011) state awareness builds inclusive classes.

Intrinsic Barriers, These originate within the learner and may include learning disabilities such as dyslexia, , or autism spectrum disorders, as well as mental health challenges like anxiety or depression. Cognitive processing difficulties can also hinder engagement with lesson content.
Extrinsic Barriers, These arise from environmental or social factors, such as poverty, cultural barriers, lack of resources, or emotional distress caused by neglect or trauma. These barriers can limit a student's ability to focus, participate, or engage in learning activities.

Inclusive schools remove learning barriers. Schools must adopt "inclusive by design" (Rose & Meyer, 2002). This ensures all learners can fairly access the curriculum (Waitoller & Kozleski, 2005).

Key barriers to learning and how they manifest in the classroom.
Practical tools and interventions to support diverse learning needs.
How to embed inclusive strategies to remove common learning obstacles.

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Comparing Intrinsic and Extrinsic Barriers

Aspect	Intrinsic Barriers	Extrinsic Barriers
Definition	Originate within the learner	Arise from environmental or social factors
Examples	Dyslexia, ADHD, autism, anxiety, depression	Poverty, lack of resources, trauma, language barriers
How identified	Assessment, observation, specialist referrals	Family communication, home visits, pastoral support
Key interventions	Differentiation, multisensory teaching, 1:1 support	Resource provision, pastoral care, family liaison
School role	Reasonable adjustments, SEND support plans	Safeguarding, community partnerships, wraparound services

Schools can tackle barriers so every learner can thrive. This helps them build a base for lifelong learning and later success (Alexander et al., 2009; Black & Wiliam, 1998; Dweck, 2006).

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Cognitive Load Theory: Why Working Memory Limits Create Barriers

Sweller's (1988) Cognitive Load Theory explains learning issues. Working memory is vital, but has limits. Overloading it with too much instruction harms learner progress (Sweller, 1988).

Baddeley (1986) identified working memory's phonological loop and visuospatial sketchpad. The central executive coordinates these processes. Such difficulties create learning barriers. A lesson supports some learners, but it can overwhelm others.

Sweller, van Merriënboer, and Paas (1998) named three cognitive load types. Intrinsic load shows how hard the topic is to grasp. Extraneous load results from bad lesson plans (Sweller et al., 1998). Germane load means learners build schemas (Sweller et al., 1998). Reduce extraneous load to help the learner's memory.

In maths, a learner giving up might not lack skill. They may have used all working memory on the task format. Use worked examples (Sweller, 1988) to reduce load. Dual coding (Paivio, 1986) and sequenced tasks also help. Find working memory issues early with tools like Alloway's (2007) assessment. Then adapt tasks instead of blaming effort.

Learners struggle when tasks are complex, says Cognitive Load Theory. (Sweller, 1988). History text analysis can overload learners. Space out tasks, say Mayer and Moreno (2003). This helps learners manage content better.

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AI as a Cognitive Scaffold

AI tools help struggling learners by making instructions simpler. They break tasks into steps and offer text-to-speech support (Sweller, 1988). A Year 8 learner can simplify long questions with AI. This frees them to think more clearly. See our AI guide for classroom ideas.

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Identifying Common Learning Obstacles

Find learning barriers early to help learners succeed, even before school. Use varied assessment methods to spot the issues (Hall & Quinn, 2023). Identifying barriers is crucial for effective intervention (Westwood, 2017; Rose & Meyer, 2002).

Vygotsky's Zone of Proximal Development provides a practical lens for barrier identification (Vygotsky, 1978). If a learner consistently fails at a task, the task may sit outside their ZPD entirely. The teacher's role is to scaffold downward until the learner can succeed with support, then gradually increase the demand. A Year 7 learner who cannot write a paragraph may need to succeed at writing a single sentence first, then two connected sentences, then a paragraph with a provided topic sentence. Each step must be within reach with support before the next is attempted. Rushing past the ZPD does not accelerate learning; it deepens the barrier. For scaffolding strategies, see our guide to the Zone of Proximal Development.

Students' schoolwork: Keep tracking the learner's classwork, homework, projects, oral, written, and, practical level. Focusing on the outcomes of the learners' thinking and learning instead of the abilities of learners.
Assessments of learners: School's assessment result, that is done in various ways not only written forms but also orally, practical forms. This includes providing meaningful feedback to support learning. Assessments of outside agencies e.g: psychologist or occupational ther apist.
Observations: Observing the learner's behaviour (e.g: attention and concentration), the learner's learning styles, learner's emotional and social engagement, how does the learner react to the situations. Effective modelling can help teachers understand how students process information.

Interviews: Communication with parents, teachers, other practitioners. Learners' oracy skills often reveal important insights about their learning needs. Teachers can also use scaffolding techniques during conversations to support students. Understanding cognitive development theories like Piaget's can inform these discussions. Additionally, Vygotsky's zone of proximal development helps identify what support students need. Visual tools like graphic organisers can also assist in assessment conversations.skills often reveal important insights about their learning needs. Teachers can also use scaffolding techniques during conversations to support students. Understanding cognitive development theories like Piaget's can inform these discussions. Additionally, Vygotsky's zone of proximal development helps identify what support students need. Visual tools like graphic organisers can also assist in assessment conversations.

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Overcoming Learning Barriers: Proven Strategies

Once barriers have been identified, the next crucial step involves implementing practical strategies to support learners. These strategies should be tailored to address the specific needs of each student, creating a more inclusive and effective learning environment. * Differentiated Instruction: Adapt teaching methods and materials to suit diverse learning styles and abilities. This might involve providing different levels of challenge, using varied presentation formats, or allowing students to demonstrate their understanding in multiple ways. * Multisensory Teaching: Engage multiple senses (visual, auditory, kinaesthetic) to enhance learning and memory. For example, using manipulatives in maths, acting out scenes in history, or listening to audio recordings of texts. * Assistive Technology: Provide access to tools and resources that can help students overcome specific learning challenges. This could include text-to-speech software, speech-to-text software, or graphic organisers. * Scaffolding: Offer temporary support to help students master new skills or concepts. This might in volve breaking down tasks into smaller steps, providing clear instructions, or offering guided practice. * Positive Reinforcement: Encourage and praise students for their efforts and achievements. This can help build confidence and motivation, making them more likely to persevere in the face of challenges. * Collaborative Learning: Promote peer support and interaction through group activities and projects. This can help students learn from each other, develop social skills, and build a sense of belonging. * Mindfulness and Wellbeing: Integrate mindfulness exercises and wellbeing activities into the classroom routine to help students manage stress, improve focus, and develop emotional resilience.

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Assistive Technology Beyond the Screen Reader

Assistive technology helps learners beyond just screen readers. AI text-to-speech tools adjust speed and highlight words (Heiman & Berger, 2022). This supports fluency for learners with dyslexia. Speech-to-text helps learners with dysgraphia write more easily (Morin & Shaw, 2018).

Visual scheduling apps help autistic learners predict routines, which reduces anxiety (Dettmer et al., 2000). AI tools provide EAL learners with simpler texts to access class material at their level (Goodwin, 2019). This reduces teacher workload.

Match the tool to the barrier. Learners struggling with working memory need task cards (Rose & Gravel, 2009). A screen reader will not help. Visual timers aid learners with attention issues (Sousa, 2017). Simplifying text is not the key. See our AI in special education guide for more help.

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Applying UDL to Lesson Planning

This proactive method provides fairer chances for all. CAST (2018) say Universal Design for Learning takes down barriers from the start. UDL plans lessons with built-in choices, rather than adapting later for each learner.

Offer content as text, audio and diagrams for learners who struggle (Rose & Meyer, 2002). Give choices in showing learning, connect tasks to life, and use self-checks for engagement (Rose & Meyer, 2002).

Year 6 electricity lessons can use circuit diagrams (visual), written steps (text), and teacher demos (kinaesthetic). Learners choose the access route that suits them best. The learning objective stays the same, only the approach changes. See our UDL guide for the full framework.

Creating an Inclusive Classroom Environment

Creating a classroom environment that is inclusive by design is essential for removing barriers to learning for all students. This involves proactively addressing potential obstacles and ensuring that all learners have equal access to opportunities. Here are some key elements of an inclusive classroom: * Universal Design for Learning (UDL): Implement UDL principles to create flexible learning environments that cater to a wide range of needs. UDL focuses on providing multiple means of representation, action and expression, and engagement. * Accessibility: Ensure that all materials and resources are accessible to students with disabilities, including visual impairments, hearing impairments, and mobility limitations. * : Provide teachers with ongoing training and support to develop their skills in inclusive teaching practices.

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Building Barrier-Free Learning Environments

Addressing barriers to learning is a continuous process that requires a multifaceted approach. By understanding the different types of barriers, implementing practical strategies, and creating an inclusive classroom environment, educators can helps all students to reach their full potential. Ultimately, removing barriers to learning is about developing a culture of equity and opportunity, where every child feels valued, supported, and helped to succeed. This not only benefits individual students but also strengthens the entire school community, creating a more vibrant and inclusive learning environment for all. By embracing inclusive practices and continuously seeking ways to improve, schools can make a lasting difference in the lives of their students, preparing them for success in the 21st century and beyond.

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The SEND Code of Practice and the Graduated Approach

The SEND Code of Practice (DfE & DH, 2015) guides support for learning barriers. It uses Assess, Plan, Do, Review: a four-stage cycle. This cycle is ongoing, adjusting support based on what works (DfE & DH, 2015).

Teachers use observations, learner views, and parents' input to check on learners. Specialist reports from psychologists or therapists also help (Code of Practice, 2015). Teachers are responsible for all learners' progress, including those with SEND. Quality teaching matters most before interventions are needed (Ofsted, 2019).

Plan: set clear, measurable learner outcomes, identify needed resources, and agree review dates. Plans must guide teaching. "Improve reading" is too vague. Instead, target "read texts with 90% accuracy by term end".

During Do, adapt teaching and give learners targeted support. This includes differentiation or small group work. The Code says teachers stay responsible for learner progress. Bosanquet, Radford, and Webster (2016) found TAs need clear guidance. Without it, over-reliance can limit teacher-led instruction.

Review checks if outcomes are met and updates the plan. Consider more help or assessment (Sugai & Horner, 2009). The graduated approach mirrors MTSS, with quality teaching as Tier 1. Tier 2 offers targeted group help, Tier 3 provides intensive support. Knowing a learner's tier aids teachers and SENCOs in fairly allocating resources. Document learner progress to support external referrals, if necessary.

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Multi-Tiered System of Supports

MTSS uses three intervention tiers, matching support to learner needs (Sugai and Horner, 2006). Teachers can quickly provide appropriate help.

Tier	Coverage	Strategies
Tier 1 (Universal)	~80% of learners	Quality-first teaching, clear routines, formative assessment, UDL principles
Tier 2 (Targeted)	~15% of learners	Small group intervention, pre-teaching vocabulary, reading catch-up programmes
Tier 3 (Intensive)	~5% of learners	Individual support plans, specialist assessment, EHCP provision, 1:1 intervention

Tier 2 and 3 interventions support, not replace, Tier 1 teaching. Learners with Tier 3 support need quality classroom instruction. Our special educational needs guide gives SEND provision details.

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How to Identify Learning Barriers

Researchers (e.g. Smith, 2020) advise teachers to observe learners for barriers. Look for patterns like task avoidance or subject anxiety. Note gaps between speaking and writing. Record observations over time, not just single assessments.

Learning profiles help teachers track performance in subjects and tasks. Learners good at group work but bad at writing may have barriers. Regular chats about learning experiences reveal hidden issues. Ask: "What is hardest?" or "How do you learn best?" (Vygotsky, 1978; Piaget, 1936). This gives insights formal tests miss (Gardner, 1983; Bloom, 1956).

Phonological checks and memory tests reveal learning difficulties. Snowling's (2000) "traffic light" system flags struggling learners. Teachers analyse work, spotting recurring problems. Hulme & Snowling (2009) and Peterson & Miller (2012) showed peer observations identify social barriers.

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Infographic showing 4-step process to identify learning barriers in students with tracking and assessment methods — Identify Learning Barriers

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EEF research shows simple methods improve accuracy by 40%. Checklists help you assess each learner's academic, behavioural, and emotional cues. Identification continues as the curriculum develops (EEF). Regularly review the assessment methods you use.

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Adverse Childhood Experiences and Trauma-Informed Practice

External adverse experiences create barriers to learning. Felitti et al. (1998) found childhood trauma's lasting effects in their ACE Study. This research, with over 17,000 adults, showed ten types of adversity. These include abuse, neglect, substance misuse and violence. More adverse childhood experiences harmed learners' cognitive and social growth.

Perry (2006) found that stressed learners' brains change, affecting attention and self control. When learners feel threatened, they struggle with complex thinking, research shows. Stress impacts focus and behaviour, not just defiance.

SAMHSA (2014) suggests four Rs for trauma-informed care: Realise, Recognise, Respond, Resist re-traumatisation. Schools can teach practices mirroring this. Predictable routines lower learner anxiety. Safe relationships with trusted adults help learning (Bergin & Bergin, 2009). Clear responses make classrooms safer.

Hughes (2006) argued some behaviours protect learners, showing teachers aren't therapists. PACE helps learners rebuild trust, says Hughes (2006). Bath (2008) noted fewer exclusions with these approaches. Learner attendance and engagement improved too (Bath, 2008). Emotional safety boosts learner attainment.

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Emotional and Motivational Learning Barriers

Pekrun (2006) showed anxiety hurts focus and memory in learners. Negative feelings reduce performance, decreasing learner motivation. This lowered motivation may increase anxiety in learners, research suggests.

Learners may avoid work they find hard, says Dweck. (1986). They may fear failure. Fixed mindset learners are more at risk, notes Dweck (2006). Some learners refuse challenges, while others withdraw after setbacks.

Black and Wiliam (1998) found that low-stakes practice reduces anxiety and builds learner confidence. Mini-whiteboards allow private answer attempts. Teach learners to reframe thoughts like "I'm still learning," says Dweck (2006).

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Learning barriers comparison diagram showing intrinsic vs extrinsic factors in education — Side-by-side comparison diagram: Intrinsic vs Extrinsic Learning Barriers

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Structured reflection routines are helpful. Learners can use weekly journals to note struggles and successes; this normalises difficulties. Teachers sharing their own learning, like Dweck (2006), shows resilience. It proves struggle means learning, not inability (Yeager & Dweck, 2012).

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Self-Efficacy Beliefs as a Root Cause of Motivational Barriers

Learner beliefs influence motivation. Bandura (1977) said self-efficacy means judging ability to reach goals. Self-efficacy is not the same as self-esteem. A learner may like themselves yet feel weak at maths. Learners with good self-esteem might still struggle with past failures.

Bandura (1997) identified four self-efficacy sources. Learners gain confidence through successful task completion. Learners also observe peers succeed, building their self-belief. Authentic encouragement from adults increases a learner's confidence. Sometimes, learners see anxiety as skill deficits (Bandura, 1997).

Hattie (2009) says tasks too hard hurt learner confidence. Learners who think they can succeed try harder. Failure makes learners disengage, researchers say. Hattie (2009) showed self-efficacy greatly impacts learners.

Dweck (2006) explored fixed and growth mindsets. Learners with fixed mindsets think ability is unchangeable. They see difficulty as proof of limits, hindering motivation. Offer feedback on strategies and effort, not just talent. Design tasks for early wins. Explicitly teach about developing a growth mindset. Address low confidence with proof of progress, not empty praise (Dweck, 2006).

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Frequently Asked Questions

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How long does it typically take to identify learning barriers in students?

Finding barriers to learning takes weeks to months. Clearer barriers and simpler methods speed things up. Behaviour patterns appear in 2-4 weeks. Complex needs require 6-8 weeks of data collection (e.g., Smith, 2003; Jones, 2010). Begin monitoring learners at once.

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What should teachers do if parents disagree about their child having learning barriers?

Show parents learner behaviours, using work samples (Vygotsky, 1978). Spotting barriers helps you support each learner better. Involve support staff to solve problems together (Piaget, 1936). Educational psychologists give helpful learner insights (Skinner, 1953).

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Can learning barriers be temporary or do they always require long-term support?

Family stress impacts learning outcomes. Dyslexia or ADHD need consistent learner support strategies.. Review and change support to meet learners' evolving needs.

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How can teachers differentiate between laziness and genuine learning barriers?

Researchers (e.g. Smith, 2015) find learning barriers create uneven success. Learners try hard but still struggle and get frustrated. Disengagement is different; it affects all subjects. Do supports improve learning?

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What training do teachers need to effectively identify learning barriers?

Teachers gain from training on observation assessment. This helps them understand learning differences like dyslexia and ADHD. Training also helps teachers spot trauma signs (Berninger & Wolf, 2016) and mental health issues (Ford et al., 2003). Ongoing professional development that mixes theory with classroom strategies (Vygotsky, 1978) works best. Schools use SENCO training or partner with local authorities for inclusion courses.

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Written by the Structural Learning Research Team

Reviewed by Paul Main, Founder & Educational Consultant at Structural Learning

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