At Legacy Online School, we think of learning differences not as "extra work", but as a way for us to rethink our teaching. The other day, a teacher made an accommodation to a lesson for a student with dyslexia by creating short audio-first versions of the readings and allowing the student to visualize their thinking instead of writing a traditional essay. What happened next was unexpected for us. Once we made that accommodation for one learner, all the students became more engaged. The quieter kids began to speak. The quick kids slowed down just enough to explore ideas more concretely. And the whole class became more confident because they finally had options that worked for their learning style. The big insight for me is this: Accommodation doesn't dilute academic standards; it raises the ceiling for everyone. When you design a system that supports a student who needs more time, more structure, or a different medium, you end up creating a better learning environment for the entire group. At Legacy, that's why we focus on small live classes, one-on-one guidance, and adaptable tools that meet students exactly where they are, whether they have an IEP, ESL needs, or are working two grade levels ahead. My advice to educators and educators is simple. Stop asking "How do we fix the student?" and instead ask "How do we redesign the experience?" It is not necessarily creating a different track for kids. It is bringing a more human, flexible (and emotionally safe) learning space. The by-products are real: more curiosity, more excitement to collaborate, more resilience for the entire classroom. At Legacy, where we have multiple examples of supporting students with learning differences, it only led us to innovate. And thinking this way became one of our strongest assets.
Hi, I'm Eileen Chin, English Tutor & Creative Writing Specialist at Write Edge Learning Centre with over 8 years of experience coaching primary and secondary students in Singapore. At Write Edge, we've helped over 8,000 students, with 75% achieving AL1-4 in PSLE English over the past 5 years. To accommodate students with specific learning differences—like dyslexia, ADHD, or those who simply process information at different paces—we made one key adaptation: capping every class at just 8 students and delivering prompt, personalised feedback on every piece of writing. This isn't an add-on; it's our core teaching method across all programmes. This small-class approach allows me to spot individual needs instantly and adapt on the spot—whether it's breaking down comprehension techniques into visual mind-maps for visual learners, using timed "brain breaks" for students with attention challenges, or providing exemplar sentences highlighted in colour codes for those who struggle with structure. Unexpected benefits reached every single student, not just those with diagnosed differences: - Reluctant writers gained confidence faster because they received direct teacher attention every lesson—no waiting a week for marked work. - High-achievers pushed further with tailored extension questions, leading to more AL1 scores. - Overall engagement soared: students started helping each other peer-review, building empathy and stronger classroom bonds. One parent shared that her son, without any learning difficulty, improved from AL5 to AL2 simply because the personalised examples showed him exactly how to elevate his vocabulary and plot twists—something he never noticed in larger groups. About me: - Specialist in Primary Creative Writing & English Enrichment at Write Edge (MOE-syllabus aligned) - Part of a passionate 80+ teacher team with 14 years of curriculum expertise - Teach both in-centre (Punggol Central & Great World) and online classes Name: Eileen Chin Title: English Tutor & Creative Writing Specialist Business: Write Edge Learning Centre Website: https://www.write-edge.com/ Email: enquiries@write-edge.com Phone: +65 8868 9711 I'm happy to provide additional examples, parent testimonials, or even chat further if needed! Best regards, Eileen Chin
In the home-ed world, I've learned to treat "method" like clay. Some kids see the idea when they can see it, so we turn lessons into pictures, maps, and quick sketches. Others only catch it when their hands are busy, so we head to the supermarket for maths or into the woods for art and measurement. A child who struggles with text might price a meal plan, weigh fruit, read labels, and come home to cook. Another might build a tiny gallery outside with leaf rubbings and a tape measure. Same concepts, different doors. We also swap long written answers for voice notes, use checklists instead of open-ended instructions, and keep movement breaks sacred. It feels simple, but it's radical if you grew up with desks in rows. The surprise is how much everyone benefits. The child with dyslexia or ADHD gets access without shame, and the fluent reader learns to explain ideas out loud, plan a shop, and manage time. Retention goes up because the learning sticks to something real. Parents see progress without turning the day into paperwork, and kids start to own their pace. This is where home education is quietly changing, and where apps like Strew are nudging families forward: make learning visible, let children choose the door that fits, and keep the work anchored in real life so it doesn't blow away with the crumbs on the kitchen table.
We've adapted teaching methods for students with specific learning differences by incorporating multi-sensory approaches, guided by our education specialist. For example, in math and science, tutors combine visual aids, interactive digital tools, and hands-on problem-solving to support students who struggle with attention or processing differences. This approach allows students to engage with the material in multiple ways, reinforcing understanding and retention. An unexpected benefit we noticed was that these adaptations helped all students, not just those with learning differences. Visual representations and interactive elements made abstract concepts clearer, encouraged deeper engagement, and gave every student more ways to approach problems. Over time, this approach has strengthened overall comprehension, boosted confidence, and fostered a more inclusive and collaborative learning environment for everyone.
I've found success in differentiating instruction by incorporating a variety of materials like infographics, videos, and illustrated books based on careful observation of how each student responds to different learning approaches. After attending neurolinguistics workshops, I gained valuable insights that helped me identify various learning styles and create more tailored classroom activities. What surprised me was how these adaptations, originally intended for students with specific learning differences, ultimately benefited everyone in the classroom through increased engagement and deeper comprehension of complex concepts.
One effective adaptation we made in our online course was restructuring lessons to support students with learning differences such as ADHD, auditory processing challenges, and slower processing speeds. We shifted from longer, linear lessons to shorter, modular learning units delivered in three formats—written text, videos, and audio—so students can choose the medium that works best for their learning style. We also added optional captioned videos, slower-speed audio files, and step-by-step practice exercises that break complex tasks into smaller, manageable actions. What surprised us was how much this helped all learners—not just those with learning differences. Students reported higher engagement, better retention, and more confidence in applying their skills in real scenarios. Many appreciated the flexibility to revisit smaller lesson segments when practicing difficult concepts. Even high-performing students benefited from having multiple formats, as it reinforced their understanding and gave them more control over their pace. By designing with accessibility in mind, we unintentionally created a more supportive and effective learning experience for every learner in the program.
I truly believe in tailoring my teaching methods to meet diverse learning needs. For instance, I introduced visual aids and hands-on activities for students with learning differences. This approach not only helped those who struggled but also engaged the entire class. I noticed that around 70% of my students showed improved comprehension and participation. The unexpected benefit was a stronger sense of community, as students began collaborating and supporting each other, creating a more inclusive and vibrant learning environment.
When I teach complex AI systems, I find the math is rarely the biggest problem. The real challenge is the architecture, that invisible logic connecting all the abstract pieces. That kind of mental load is tough for anyone, but it can completely block learners who struggle with sequencing or staying focused. I used to rely on dense, linear slide decks. It was efficient for me, but I realized it was hard on my audience. All the information was there, but the deeper structure, the real why behind it all, stayed hidden. So I switched things up and ditched the slide deck for a big, open whiteboard, either digital or physical. I started running my classes less like a lecture and more like a live system design session. We'd start with a clear problem and then draw the system together, piece by piece. We'd talk through how each component connects, debate the trade-offs, and map out the data flow visually. I first tried this for a student with ADHD who had trouble connecting ideas from one slide to the next. Putting the whole system out in the open and building it step-by-step created a mental map we could all see and share. What I didn't expect was how the questions from the rest of the class changed. People stopped asking about specific formulas and started asking why we made one design choice over another. They were really starting to think like system designers. The student who sparked the new approach later told me it was the first time he could hold the whole machine in his head. It was such a strong reminder that teaching isn't just about passing along facts. It's about making the thinking process visible. When we make things work for one person, it almost never helps just them. It usually shows us a better way to help everyone understand.
When training new clinical staff, we noticed that traditional lecture-style instruction left some learners disengaged, particularly those who processed information better through action than theory. We shifted to a "see one, do one, teach one" model that paired demonstration with immediate, hands-on practice. Instead of explaining a procedure in full before trying it, we broke each skill into short, repeatable steps with visual and tactile cues. This adjustment was initially designed to help trainees with attention or processing differences, but it ended up benefiting the entire team. Engagement levels rose, mistakes during practice dropped, and peer teaching strengthened collaboration across roles. The method proved that simplifying structure doesn't mean simplifying standards. When learning becomes physical and collaborative, it turns from memorization into muscle memory—something everyone retains, regardless of learning style.
We started to use visual story mapping among those students who had difficulties with the reading comprehension and attention. Lessons were reorganized based on images, color-coded themes, and brief verbal summaries instead of using a written text only. It was geared towards aiding students with dyslexia and attention difficulties but the reform was actually beneficial to the rest of the class. The visual learners understood complicated concepts more quickly and the discussions were more interactive with students relating symbols to meaning. The board increased participation particularly among individuals who had not been vocal of many times in the past. The accommodation became a more varied approach to teaching, which respected the differences in the way students process information. The move made us remember that accessibility can be enlightening to all people and not only those that the mode was created to assist.
Teaching methods often rely heavily on verbal instruction and abstract numbers, which creates a massive structural failure for apprentices with specific learning differences, particularly those who struggle with auditory processing. The conflict is the trade-off: traditional speed of instruction versus guaranteed, verifiable comprehension for all students. I adapted our method by immediately moving to Visual and Haptic Verification for all critical structural tasks. This adaptation meant we phased out complex, verbal instructions for heavy duty tasks like calculating roof geometry. Instead, we implemented the Hands-on "Color-Coded Structural Template" System. Before the lesson, every key structural angle, cut, and fastener layout required for the project (e.g., flashing cuts, valley lines) was prepared as a physical, color-coded template. The apprentice was required to visually match and verify the physical template against the material before making a single cut. This traded abstract verbal memory for concrete, verifiable hands-on action. The unexpected benefit all students received was a dramatic reduction in material waste and calculation errors. The visual template eliminated guesswork for every apprentice, securing the structural integrity of the initial material cuts. It proved that reinforcing the structural foundation for the weakest learner immediately elevates the performance and discipline of the entire crew. The best way to accommodate students with specific learning differences is to be a person who is committed to a simple, hands-on solution that prioritizes verifiable structural clarity over reliance on abstract verbal instruction.
I modified my approach to working with students that have certain learning differences by using multisensory learning approach, which involves using visual, hands-on, and audio stimuli. To illustrate, during a science lesson, I utilized interactive diagrams, physical models, and videos as a way of restating information, and gave out written instructions and oral explanations to learners who have a difficult time reading or digesting information. It was also one of the unanticipated advantages because every student, not only those with learning differences, found themselves involved more closely with the material. The diversity of sensory reception contributed to the students who have different learning styles (visual, auditory, kinesthetic) to process the information more efficiently. Also, the multisensory method of learning was more engaging and energetic to the students who did not have learning differences which made them more motivated and retained. This was an effective way of not only accommodating students with disabilities, but a more open and interactive classroom produced by all.
In our safety training sessions, we noticed that dense text manuals overwhelmed some trainees, especially those who processed information better visually or kinesthetically. We replaced sections of written instruction with short video demonstrations and tactile simulations, where students physically practiced each step before moving on. What began as an accommodation turned into an improvement for everyone. Visual learners grasped procedures faster, and experienced crew members appreciated the efficiency. Error rates during field evaluations dropped nearly 40 percent. The surprise was how universal the clarity became—when instruction appealed to multiple senses, comprehension deepened across the board. It reminded us that inclusion isn't about lowering standards; it's about removing friction so every learner, regardless of style, can perform with confidence and consistency.
For us at Honeycomb Air, training our new technicians is our teaching method. Our biggest challenge was accommodating people who struggled with the dense, technical manuals and long lectures. I realized immediately that the classic classroom setup wasn't working for critical service work. We shifted our core training away from sitting and reading to a heavily visual and hands-on, checklist-driven model. We built a dedicated training facility where new hires physically trace wiring and diagnose staged failures, using step-by-step videos and laminated checklists right next to the unit. This wasn't just for those who struggled with text; it was about acknowledging that everyone learns differently, especially when the pressure is on. I don't care how fast you read a book; I care about how accurately you fix a broken AC in a sweltering San Antonio attic. By breaking down every complex repair and installation into small, repeatable visual steps, we've created a standardized system that relies on observation and action, not just pure memorization. That kind of reliable process is what a successful service company is built on. The unexpected benefit was a huge reduction in diagnostic time and callbacks across the board. The checklists and visuals acted as a safety net, even for our most experienced guys. When you have a clear, visual sequence to follow, you skip less, and you rarely miss a crucial step, like double-checking refrigerant levels or securing a panel. That shift to practical, standardized learning has made our entire team faster, more accurate, and ultimately, far more confident when they are out serving a customer.
I modified a project-based learning approach in which the students with learning differences were given an opportunity to select among the diverse project formats including videotapes, essay, presentation, or artwork to share their knowledge about the content. This flexibility provided students with difficulty in written expression or comprehension with the reading material to do so in a manner that suited them best. I also added such tools as speech-to-text and audio books to help the students with dyslexia and visual impairments. A pleasant surprise was the way that this method enhanced interaction and cooperation between all the students. The students became more engaged in the project when they had an option to select their favorite way of demonstration and it also initiated creativity in their peers. Students who were generally quiet or disinterested were able to be heard, and those that were performing well in the conventional way of learning enjoyed the variety of viewpoints in the classroom. The flexibility provided the atmosphere in which each student was able to shine in his/her own manner and it improved the classroom dynamic in general.
While I run an e-commerce business, the best analogy for teaching is how we transfer operational competence to our team. We had to adapt our training to accommodate different learning styles, especially for complex logistics or data analysis, where relying only on written documents would guarantee failure. The core teaching method we adapted was shifting from simple written manuals to mandatory "Dual-Input Training Models." For any critical process—like a new inventory system—we no longer rely on a single document. Instead, the training requires both a short, visual, step-by-step video (the visual input) and a clean, bulleted checklist (the written input). Both must be used simultaneously. The unexpected benefit all employees received from this adaptation was a massive reduction in operational errors and increased speed. When the training was tailored for the lowest common denominator—the person who needs clarity, simplicity, and redundancy—it naturally improved the efficiency for everyone else. It proved that in any business, designing for the most challenging user ultimately results in a more robust and competent process for the entire team.
I once trained a junior team member with dyslexia at Advanced Professional Accounting Services and adapted our teaching style to help her thrive. I broke lessons into smaller steps and used short video walk-throughs so she could replay tricky parts. We reviewed each skill in quick bursts and celebrated small wins. The change worked well for her, and something unexpected happened. Everyone on the team liked the clearer structure. Productivity rose and stress dropped because people felt supported. It reminded me that simple adjustments help everyone learn better.
I had a client meeting years back where one team member struggled with fast, text-heavy instructions, so I switched to a simple step board with icons and short lines. It wasn't meant to be fancy, just clear enough for everyone to follow. That little change ended up helping the whole group because it cut mistakes by almost 30 percent during order prep. I used the same approach later at SourcingXpro when guiding new buyers through our 5 percent commission process, and it kept things way smoother. So even when you adapt for one person, the clarity spreads out and makes the whole workflow calmer and way easier to follow.