Providing Support for Learners with Disabilities

Scaffolding techniques are vital for supporting students with learning disabilities, as they provide structured, personalized pathways to understanding while honoring each learner’s unique needs. For students with dyslexia, tools like phonemic awareness activities, color-coded texts, and audio books can reinforce decoding and comprehension, allowing them to engage with content without being hindered by reading challenges. Those with dyscalculia benefit from hands-on manipulatives, visual models, and real-life math applications that make abstract concepts more concrete and accessible. Students with dysgraphia thrive when given graphic organizers, typing options, and chunked writing tasks that reduce cognitive overload and promote expression. For learners with ADHD, scaffolding might include clear routines, visual schedules, movement breaks, and task segmentation to maintain focus and reduce impulsivity. Meanwhile, students with auditory processing disorders need multimodal instruction such as written directions, visual supports, and opportunities for repetition to fully grasp spoken information. These scaffolds not only enhance student confidence and independence but also help teachers create inclusive environments where every learner can flourish. #AccessibleEducation

"Universal Design for Learning: An Integrative Literature Review and Integrated Model for Organizational Training and Development" (Selseleh et al., 2024) ⚙️ Purpose and Scope This study bridges the gap between educational research on Universal Design for Learning (UDL) and its potential application in Human Resource Development (HRD), particularly for employees with learning disabilities (LD). It synthesizes findings from 41 empirical studies in education and proposes a UDL-based framework for organisational training. ⚙️ Key Concepts Learning Disabilities (LD): Affect 17% of the workforce and impact how individuals absorb, retain, and use information. Universal Design for Learning (UDL): A proactive, learner-centered approach that removes barriers to learning by offering: 💠 Multiple means of representation 💠 Multiple means of engagement 💠 Multiple means of action and expression ⚙️ Methodology Integrative Literature Review following Torraco’s (2005) guidelines. Systematic search across multiple databases. Final sample: 41 empirical studies focused on UDL in secondary and post-secondary education. ⚙️ Findings from Education Research UDL improves: 💠 Access to learning content 💠 Student engagement and autonomy 💠 Learning outcomes and retention 💠 Effective inputs include: 💠 Teacher training 💠 Technological tools 💠 Flexible instructional methods ⚙️ Proposed UDL Framework for HRD Using Frechtling’s logic model, the framework includes: 💠 Participants 💠 HRD professionals 💠 Leaders and supervisors 💠 Co-workers 💠 Employees with LD ⚙️ Inputs 💠 UDL principles and frameworks 💠 HR policies 💠 Training for managers and co-workers 💠 Time, technology, and personnel Activities and Products 💠 Training materials in multiple formats 💠 Engagement strategies 💠 Technology integration 💠 Individual learning plans ⚙️ Outcomes Short-term:  Improved access and satisfaction Intermediate:  Reduced fatigue, increased motivation Long-term:  Higher job satisfaction, organizational commitment, enhanced DEI and human capital ⚙️ Implications Theoretical Extends UDL from education to workplace training. Offers a model for inclusive learning in organisations. Practical Enhances accessibility and inclusivity in training. Reduces need for disability disclosure. Improves retention and performance of employees with LD. Limitations and Future Research Limited HRD-specific UDL studies. Need for tailored models for different organizational types and contexts. Future research should explore interdependencies and boundary conditions of UDL components. Conclusion UDL has strong potential to improve training outcomes for employees with learning disabilities. The proposed framework offers a structured, inclusive approach to organisational learning, drawing on robust evidence from education.

Unlocking AI's Potential for Those with Learning Differences The Stanford Accelerator for Learning's groundbreaking white paper "AI + Learning Differences: Designing a Future with No Boundaries" offers a roadmap that provides critical new insights and recommendations that can help AbilityPath further support and empower individuals with developmental disabilities throughout their lives. Stanford Accelerator Findings That Matter for Our Work: The research emphasizes that AI's most significant impact comes through co-design with lived experiences; this is a core tenet of person-centered programs, which AbilityPath champions. Solutions must be built with robust and genuine community involvement. The study found that frontline users often embrace technology faster than managers, suggesting community members and participants are ready to lead AI adoption. Use Cases for AbilityPath Programs and Other Service Providers: IEP Support: For our youth programs, AI-powered tools can revolutionize IEP support by automating documentation, suggesting evidence-based interventions, and providing real-time progress monitoring. The paper highlights how AI can help families navigate complex special education processes—a natural extension of our advocacy work. Employment Programs: Our adult employment programs can leverage AI's workforce preparation capabilities. The research shows AI tools can break down job tasks into manageable steps, provide personalized onboarding, and match individuals' strengths with employer needs—leading to meaningful career opportunities. The Social-Emotional Connection: Perhaps most importantly, the paper validates the benefits of taking a holistic approach. AI tools supporting social-emotional well-being—like thoughtful use of therapeutic chatbots to complement mental health services while ensuring human connection remains central. A Path Forward: The research's PIVOT+C framework (Privacy, Investment, Variability, Opportunity, Time, Co-design) provides a practical blueprint. It suggests starting small—piloting AI tools in specific programs while maintaining person-centered values. As AbilityPath continues to explore AI integration to support our teams and programs, we're ensuring it amplifies the voices and choices of the individuals we serve. The future is about using AI to empower the folks we serve to achieve greater independence, more meaningful employment, and life satisfaction. #AbilityPath #StanfordLearningAccelerator #IDD #Inclusion #SpecialEducation #Empowerment

🏫 Teaching students with learning disabilities requires more than support, it requires a different approach to learning. 🧠 One of the most common misconceptions is that struggling students simply need more practice or effort. In reality, students with learning disabilities often face underlying processing differences that make traditional instruction inefficient or inaccessible. ❓ Why learning can feel so difficult: Students with learning disabilities are often working significantly harder than their peers. They may be: • Using excessive cognitive effort to decode or encode information • Struggling with working memory while completing tasks • Experiencing slow processing speed, making it hard to keep up • Having difficulty with automaticity (skills don’t become “second nature”) • Becoming overwhelmed by multi-step directions or open-ended tasks As a result, what may appear as inattention, avoidance, or lack of motivation is often: ➡️ cognitive overload ➡️ inefficient processing pathways ➡️ frustration from repeated difficulty Why traditional instruction can fall short: Many learning environments rely on: • Implicit teaching (“pick it up as you go”) • Fast pacing and heavy language demands • Independent work before mastery • Assumptions of foundational skill automaticity For students with learning differences, these demands can exceed their current processing capacity, leading to breakdowns in learning. ‼️ What effective teaching actually looks like: Supporting these learners involves intentional, structured instruction that reduces cognitive load and increases access. Evidence-based strategies include: ✔️ Explicit, systematic instruction (especially for reading and math) ✔️ Breaking tasks into smaller, sequential steps ✔️ Multisensory teaching approaches (visual, auditory, kinesthetic) ✔️ Frequent modeling and guided practice ✔️ Built-in repetition with structure (not just volume) ✔️ Visual supports, graphic organizers, and scaffolding ✔️ Allowing additional processing time and flexible pacing 📓 The role of executive functioning: Many students with learning disabilities also experience challenges with: • Planning and organization • Task initiation • Sustained attention • Self-monitoring and error correction Directly teaching these skills, and embedding supports into instruction—is often critical for success. 🧠 Students with learning disabilities are not struggling because they lack ability. They are often capable learners whose brains require different instructional pathways. ⚡ When teaching aligns with how they learn, we often see meaningful shifts in: ✨ engagement ✨ confidence ✨ independence ✨ academic outcomes As clinicians and educators, our role is not just to identify difficulties, but to help design environments where students can access learning and thrive. 📩 Always happy to connect with psychologists, educators, and families working in this space.

December 3, 2025 , celebrating the International Day of Persons with Disabilities Today is a powerful reminder that inclusive education is a responsibility we all share, especially in computer science and coding, where opportunity can either widen or close equity gaps. So how can effective coding pedagogies fully include learners with additional needs and disabilities, particularly in low-resource school districts? Inclusion is not about expensive tools. It’s about intentional pedagogy, collaboration, and mindset. 🔹 Start with Low-Tech, High-Impact Pedagogy Unplugged coding activities (using paper, cards, movement, storytelling, or role-play) help learners with cognitive, sensory, and physical disabilities understand core CS concepts—without needing constant device access. 🔹 Use Universal Design for Learning (UDL) Design lessons that provide: -Multiple ways to learn (visual, oral, hands-on) -Multiple ways to engage (individual, peer, mentor-guided) -Multiple ways to demonstrate understanding (drawing, explaining, acting, building, coding) This is especially critical where device access is shared or limited. 🔹 Block-Based & Accessible Coding Tools Free platforms like Scratch, MakeCode, and Code.org, VEX Robotics codeVR lower barriers by: -Removing syntax complexity -Supporting learners with dyslexia, ADHD, and developmental delays. -Allowing creativity and self-paced learning 🔹 Build Strong Human Support Systems Inclusive coding is strongest when educators, parents, mentors, and community stakeholders work together: -Teachers scaffold learning and create psychologically safe classrooms -Parents reinforce confidence at home—even without technical expertise -Mentors & volunteers provide encouragement and real-world relevance Stakeholders & partners help provide devices, connectivity, and training 🔹 Assistive & Adaptive Strategies—Not Just Technology Simple accommodations, extra time, peer pairing, flexible seating, clear routines, and visual guides, can be more impactful than expensive hardware. 🔹 Strength-Based Learning & Assessment Focus on what learners can do: problem-solving, persistence, creativity, collaboration, and computational thinking—especially for learners with disabilities who are often underestimated. Inclusive coding is not charity, it is equity and good teaching. On this International Day of Persons with Disabilities, let’s commit ,together, to ensure that every child, regardless of ability or resources, has the chance to learn, code, innovate, and thrive. At Brigham Young University BYU McKay School of Education, Bountiful STEM Educational Foundation and Bountiful Technologies Ltd ,when we design computing education for learners with disabilities and for low-resource contexts, we create systems that work better for all learners. #InternationalDayOfPersonsWithDisabilities #InclusiveEducation #CSForAll #DisabilityInclusion #EquityInSTEM #LowResourceSchools #UniversalDesignForLearning #CodingForAll #BYU

This is what inclusion looks like. A child with ADHD needed to stand and move to stay focused, so the caretaker built a standing desk. Simple, cheap, effective. No big budget, no endless meetings, no waiting for a diagnosis or paperwork, just understanding a child’s need and finding a solution. Too often, reasonable adjustments are refused because: ❌ “There’s no diagnosis.” ❌ “It wouldn’t be fair on others.” ❌ “We don’t have the resources.” Inclusion isn’t about treating every child the same, it’s about removing the barriers that stop them from thriving. If every school took this approach, observing, adapting, and responding, we’d see fewer exclusions, fewer broken children, and more learners who believe they can. 💬 How does your school support neurodivergent pupils in practical, creative ways? #SEND #Inclusion #Neurodiversity #ReasonableAdjustments #Education #ADHD #Teaching #Leadership #Wellbeing #EveryChildMatters

We need to stop seeing neurodivergent learners through a single label—and start seeing their whole story. In classrooms across the UK, children are being left behind not because they can’t achieve, but because the systems around them aren’t designed to support how they learn. At Bright Future, we’re asking a simple but powerful question: What if we stopped seeing neurodivergence as isolated conditions—and started recognising it as a spiky spectrum of strengths and struggles, unique to every learner? Here’s what we know: • Co-occurrence is the norm. 50–70% of autistic learners also meet the criteria for ADHD. Dyslexia, dyspraxia, Tourette’s, and sensory processing challenges often overlap. • Many neurodivergent learners are undiagnosed or misdiagnosed—especially girls, global majority students, and those who mask. • Access arrangements are often not applied for because a diagnosis hasn’t been confirmed. • Even when needs are known, reasonable adjustments are frequently overlooked, particularly during exams, transitions, and unstructured times. These missed opportunities don’t just impact academic outcomes—they damage confidence, mental health, and long-term potential. At Bright Future, we believe inclusion begins with understanding. That’s why we’ve created training that: • Equips teachers and support staff to recognise spiky profiles—even without a formal diagnosis • Embeds low-cost, high-impact adjustments that level the playing field • Supports staff confidence in applying for exam access arrangements early • Builds a culture where neurodivergent learners feel seen, safe, and supported Because the smallest change—like offering movement breaks, visual instructions, or extra processing time—can be the difference between surviving and thriving. Let’s do the maths. There are almost 1 million people working in state education in the UK. If each one helped just one neurodivergent learner feel included, capable, and empowered—that’s one million lives changed. One million futures brighter. One million families breathing easier. One million young people walking into adulthood believing in themselves. This is your invitation. If you’re a: • SENCo wondering how to support undiagnosed learners • School leader looking for impactful CPD • Teaching assistant doing incredible work on the front line • Governor, trust leader, or policy adviser looking for sustainable inclusion strategies Let’s talk. Inclusion isn’t about doing more—it’s about doing things differently. Ready to shift from label-led to need-led support? Send us a message or comment below to connect. Visit https://lnkd.in/ewvNsXn3 to explore our school-wide training packages Book a free 20-minute discovery call with our team Together, we can move from awareness to action. Because every learner deserves a future that’s as bright as they are.

Neurodivergence in Higher Education: Reimagining Support for Adult Learners In recent years, we’ve begun to talk more openly about neurodivergence in schools, but the conversation is still catching up in higher education, particularly for adult learners returning to college systems. Adult students often juggle work, family, and community roles alongside their studies. For neurodivergent adults, this balancing act can be intensified by sensory needs, executive functioning differences, or past educational trauma. Yet, their lived experience, resilience, and creativity are enormous assets to our classrooms and our professions. As educators and institutions, we have an opportunity and an ethical responsibility, to move beyond compliance-based accommodations toward genuinely trauma-informed, inclusive learning environments. That means: 🔹 Building flexibility into course design and deadlines 🔹 Valuing multiple forms of participation and expression 🔹 Providing clear, consistent communication and structure 🔹 Normalizing conversations around neurodivergence without stigma I’ve seen first-hand how these shifts transform not only student outcomes, but also classroom culture. When we support neurodivergent adult learners with empathy and evidence-based strategies, we create conditions where all students thrive. I’d love to hear from colleagues and leaders in higher ed: ✨ What’s working in your context to support neurodivergent adult learners? ✨ What barriers still exist that we need to dismantle? Let’s share and learn together, our students deserve nothing less. #Neurodivergence #HigherEducation #AdultLearners #TraumaInformedTeaching #Inclusion