# Unfold Learning Design > Translation alone is not enough. We guide K-12 educational programs market entry with localization and curriculum alignment so they work in Japanese classrooms. Are you bringing a program that delivered strong results in its original market to Japan? Or do you have a program already here that’s facing implementation challenges? ULD understands that success in Japan requires more than translation — it demands a thoughtful evolution to meet the lived realities of local schools. We guide educational companies and organizations through market entry, localization, and curriculum alignment. - Brand: Unfold Learning Design, ULD --- # Home Source: https://unfoldlearningdesign.com/ --- # About Source: https://unfoldlearningdesign.com/about/ --- # Services Source: https://unfoldlearningdesign.com/services/ --- # Case studies Source: https://unfoldlearningdesign.com/case-studies/ --- # Insights Source: https://unfoldlearningdesign.com/insights-blog/ --- # News Source: https://unfoldlearningdesign.com/news/ --- # Contact Source: https://unfoldlearningdesign.com/contact/ --- # New on Insights: what a Grade 3 classroom teaches about instructional design Source: https://unfoldlearningdesign.com/new-on-insights-what-a-grade-3-classroom-teaches-about-instructional-design/ When people picture instructional design, they rarely imagine a Grade 3 classroom. Our latest Insights article makes the case that they should. Drawing on more than fifteen years of elementary teaching in Canada, it explores how designing without a set textbook, for a room full of very different learners, builds a kind of design fluency that reaches well beyond young children. It is a look at where our approach to learning design comes from, and why that grounding shapes the work we do with EdTech companies, publishers, curriculum developers, and schools. We hope you will take a look. [**Read the article**](https://unfoldlearningdesign.com/closing-the-design-actuality-gap-what-elementary-teaching-brings-to-instructional-design/) --- # Closing the design-actuality gap: What elementary teaching brings to instructional design Source: https://unfoldlearningdesign.com/closing-the-design-actuality-gap-what-elementary-teaching-brings-to-instructional-design/ There is a concept gaining traction across education circles: the [design-actuality gap](https://medium.com/@danielepoggio/the-digital-divide-in-edtech-why-innovation-fails-without-equity-362da6616834). It describes the distance between how a learning resource, tool, or program was built and how it actually performs in the hands of real teachers and students. It is, by most accounts, one of the most persistent and costly problems in education today – and one that good instructional design can help solve. I have spent nearly twenty years on both sides of the gap – teaching in Canadian elementary schools, high schools, and universities, encountering students across grade levels and learning needs, and eventually working at a major technology company supporting EdTech integration. If there is one thing all these experiences gave me, it is a very clear sense of where that gap comes from. And, more usefully, where the thinking that closes it tends to originate. The solution to effective instructional design, it turns out, is found in elementary classrooms. Not corporate learning and development teams, or e-learning studios and university instructional technologists, but Grade 3 classrooms in Ontario where teachers design entire programs from scratch, with no textbook and no script. Who read a room in real time and adapt on the spot. Who build learning experiences for twenty different learners at once. And who do it across seven subjects, every single day. ### No textbook, no script One of the defining features of teaching in Canada is something that surprises people outside the system: there is no mandated national curriculum, and in many schools, no textbook. Curriculum expectations are set at the provincial level, and while textbooks exist, many schools don’t purchase them at all. In schools that do, they’re rarely the primary vehicle for instruction. What this means in practice is that Canadian elementary teachers design their programs largely from scratch. Each year, they determine how to sequence units across terms, how to pace instruction, and how to build assessments that reflect whether students are genuinely meeting provincial expectations. The curriculum document is the anchor. Everything else – the lessons, the tasks, the materials – is designed to achieve those outcomes. That kind of thinking, done consistently over years, builds a particular muscle. ### The practice of backward design Teacher education programs in Canada introduce Backward Design as a foundational framework, the idea of starting with desired outcomes, building assessments around those outcomes, and then designing the learning experiences that prepare students for them. The framework originates with Grant Wiggins and Jay McTighe’s Understanding by Design, first published in [1998](https://cis.apsc.ubc.ca/teaching-in-apsc/team-based-learning/files/2024/07/2wiggins-mctighe-backward-design-why-backward-is-best.pdf) and still one of the most widely used models in curriculum development. But understanding the framework and developing genuine fluency with it are two different things, and the elementary classroom is a proving ground. What makes the elementary context particularly demanding is that teachers are generalists. In most Canadian elementary classrooms, a single teacher is responsible for delivering language arts, mathematics, science, social studies, and often more, each with its own set of expectations, its own rhythm, its own demands on student attention and energy. A [2025 scoping review of 37 studies](https://www.tandfonline.com/doi/full/10.1080/2331186X.2025.2498867) on elementary generalist teachers found that preparation for lesson planning in teacher education programs is rarely aligned with evidence-based practice, meaning design fluency is often built in the classroom rather than before. Designing backward across multiple subject areas simultaneously, week after week, year after year, develops a kind of broad design fluency that is difficult to build any other way. There is also something worth noting about what elementary students reveal as learners. Because they are still developing the self-regulatory and metacognitive tools that older students gradually acquire, they respond very visibly to whether a learning experience is working. A lesson that moves too abstractly, holds their attention too long, or fails to connect to something meaningful makes itself known immediately. Backward design is the orientation, and the classroom is the reality check. This keeps elementary teachers unusually honest about the gap between what they designed and what is actually happening in the room, and it sharpens their design instincts over time. ### Planning, adaptation, and high-level engagement Canada has a strong commitment to [inclusive education](https://www.inclusiveeducation.ca), which means that the typical elementary classroom is genuinely diverse as the norm. English language learners, students with identified learning needs, students working above grade level, and students navigating significant personal challenges are often all in the same room, learning together. What the elementary context demands is not only flexibility in how the classroom is configured at any given moment, but a constant and deliberate attentiveness to who each learner is. A student’s prior knowledge, interests, cultural background, preferred ways of engaging with new material, and developmental level all shape how instruction needs to be framed for it to land. Effective elementary teachers continuously incorporate that kind of understanding into their decisions, not just in the planning stage but throughout every lesson. However, plans rarely survive contact with a room of learners completely intact. A concept that seemed clear in the lesson plan doesn’t land the way you expected. A student asks a question that opens up something more important than what you had scheduled. The energy in the room tells you the next activity won’t work today, and something needs to shift right now. These are not exceptional situations. They are the daily texture of teaching. The ability to read a room in real time, make a judgment call, and adjust without losing the thread of the learning goal is a skill that develops through accumulated experience in actual classrooms, not through studying frameworks on paper or designing learning experiences hypothetically. Experienced elementary teachers carry this adaptability as a matter of course. They hold their plans with a certain lightness, not because the planning doesn’t matter, but because they know the plan is a starting point rather than a script. The intended outcome stays fixed, but how to get there remains open, flexible, and often, fun. ### The habit of contextual adaptation A [2025 analysis in the Global Education Journal](https://journal.civiliza.org/index.php/gej/article/download/674/629) draws a distinction between teaching *with* technology and teaching *through* it – the difference between adding digital tools to an existing practice and genuinely redesigning the learning experience around the learner. The latter is more challenging, but it’s also where engagement lives. And it’s exactly what years of elementary teaching train you to see – not just with technology, but with any resource, program, or tool that enters a classroom. It’s an instinct cultivated through experience – the ability to take a resource, a program, or a framework and figure out how to make it work within a specific context. The question becomes not just “is this good?” but “does this work here, for these learners, toward these goals?” While the instinct develops naturally over years of practice and repetition in the classroom, it’s also one of the most transferable skills because the question itself isn’t limited to the classroom. Whether elementary classrooms or high-level corporate boardrooms, the core habits – designing backward from clear outcomes, accounting for diverse prior knowledge and backgrounds, reading a room in real time, and adapting when the plan isn’t working – are not age-specific. They are responses to the fundamental challenges of helping any group of people learn. It’s true that an adult can disengage more quietly and completely than a child, but the urgency that elementary teaching cultivates around genuine engagement – ensuring the experience actually connects with the people in the room rather than simply being delivered to them – remains just as relevant when the learners are adults. What changes across contexts are the surface, the content, the setting, and the vocabulary. What remains consistent is the underlying design challenge: understanding who the learners are, what they need to do, and how to build an experience that genuinely gets them there. ### What this means for the work of instructional design What years of elementary teaching gave me is an inside understanding of how things actually land in a classroom, one that is genuinely difficult to develop without having been there. Not a theoretical sense of how learning works, but a felt, accumulated knowledge of what happens when a new resource, tool, or program enters a classroom: how teachers make sense of it alongside everything else they are managing, and how students respond to it as active learners bringing their own histories, questions, and ways of engaging with new material. A tool that seems intuitive from the outside can create unexpected friction in practice. A program that looks comprehensive on paper can leave teachers without the flexibility they need to respond to what their students are actually showing them. This is the design-actuality gap up close. For educational publishers, curriculum and program developers, EdTech companies, and schools, that inside perspective is what Unfold Learning Design brings to the work. Not to increase the amount of technology in classrooms, but to ensure that whatever is being introduced – a resource, a tool, a program – is localized and adapted to fit the actual teaching environments it enters, so that teachers, students, and schools get the most out of good instructional design. **Interested in working with an educational consultancy that puts pedagogy first? Reach out to Unfold Learning Design to start the conversation.** --- # See you at EDIX Tokyo Source: https://unfoldlearningdesign.com/see-you-at-edix-tokyo/ Unfold Learning Design helps EdTech companies, publishers, and program developers bring their work into Japanese classrooms with its impact intact. Through intentional design and integration, not translation. We will be at EDIX Tokyo on Thursday, May 14. If you happen to be there too, please say hello. We would be glad to meet you. --- # New on Insights: not whether to use technology, but why Source: https://unfoldlearningdesign.com/new-on-insights-not-whether-to-use-technology-but-why/ Our newest Insights article looks at a pattern showing up in classrooms everywhere: the devices are open, the students look busy, and yet the real learning has quietly drifted out of the room. It argues that the question is never whether to use technology, but why, and makes the case for intentional integration as a design principle rather than a default. Drawing on more than fifteen years in the classroom and what the latest international assessment data reveals, it asks what this shift means for EdTech companies, publishers, program developers, and schools. We would be glad for you to read it. [**Read the article**](https://unfoldlearningdesign.com/digital-substitute-the-case-for-intentional-technology-in-education/) --- # ULD has relaunched. Welcome to our new website. Source: https://unfoldlearningdesign.com/uld-has-relaunched-welcome-to-our-new-website/ Unfold Learning Design has relaunched with a new look and a sharper focus on pedagogical localization and integration. We help educational programs, tools, and content cross cultural and curricular boundaries with care and intention, working in both directions between Japanese and international education. We are happy you found us. --- # Digital substitute: The case for intentional technology in education Source: https://unfoldlearningdesign.com/digital-substitute-the-case-for-intentional-technology-in-education/ There is a pattern I keep seeing in schools, and it concerns me. A teacher will open a lesson on their device, allow students access to the lesson on their devices, and automated instructions and commendations will fill the remainder of the class time. After a brief back-and-forth of an engaged class during introductions and explanations, the room simply falls quiet. Eerily quiet. Don’t mistake me, every student seems engaged as the teacher monitors progress, but there’s an odd distance to it, like watching a lesson happen behind glass. Without engagement, debate, or friction. To be clear: I don’t believe the technology in that room is inherently a bad thing, and it didn't get there by accident. The choice wasn't the teacher's to make. EdTech adoption happens at the institutional level – district mandates, administrative priorities, procurement decisions made well above the classroom. And those decisions aren't arbitrary. Schools that integrate cutting-edge software signal something to parents, to boards, to rankings: that they are modern, well-resourced, forward-thinking. Technology has become part of what a good school is supposed to look like. But the real question we have to ask: *is learning happening?* I have spent more than fifteen years in classrooms in Canada, teaching across grade levels and working with students with a wide range of learning needs. I have also worked at a major technology company, supporting the integration of technology in educational settings. Given that background, people often assume I am a wholehearted advocate for technology in the classroom — that more EdTech is always better, and that the goal is full digital integration. That is not my position. If there is one thing both experiences have taught me, it is this: the question is never whether to use technology. The question is always *why*. ### The problem with "frantic" technology use According to [PISA 2022](https://www.oecd.org/en/topics/policy-issues/student-performance-pisa.html) — the OECD's most comprehensive international assessment, covering millions of students across dozens of countries — [65% of students reported being distracted by digital devices during math lessons](https://profuturo.education/en/observatory/trends/students-and-screens-what-pisa-says/). More striking: students who spent less than an hour on devices during the school day scored roughly 50 points higher in mathematics than their heavy-use peers. Math and reading scores declined across more than half of OECD countries between 2018 and 2022, and the OECD noted those declines were already underway before COVID-19 closed a single school. This marks a distinct data-driven change, but one that teachers have suspected for a long time. When EdTech first began making its way into classrooms in a serious way, there was enormous excitement — and understandably so. The possibilities felt limitless. Digital tools promised to personalize learning, connect classrooms to the world, and make complex concepts accessible to every student. What followed in many schools, though, was a procurement decision dressed up as a pedagogical one. Devices were purchased. Platforms were subscribed to. Teachers were handed tools and told, in so many words, to use them. Professional development focused on the mechanics — how to operate the software, how to manage devices — rather than the harder question: how does this actually deepen what students learn? The result has been what I think of as frantic technology use: - Students watching videos to fill the last 10-15 minutes of class - Apps assigned not because they serve a clear learning purpose, but because they keep students occupied - Technology reached for by default the moment a lesson starts drifting I say this not to criticize teachers — many of whom are doing extraordinary work under real pressure with insufficient support — but to name a pattern that undermines the genuine potential of EdTech. When technology is used without a clear instructional purpose, it does not enhance learning, but displaces it. This is happening against a backdrop of a global EdTech market projected to hit [$214 billion by the end of 2026](https://www.quantumrun.com/consulting/technology-in-education/). The investment is extraordinary. The outcomes, broadly, are not. ### Teaching with and without technology In January 2026, American neuroscientist Dr. Jared Cooney Horvath [testified before the U.S. Senate](https://www.commerce.senate.gov/wp-content/uploads/media/doc/Horvath_Written%20Testimony.pdf) that in nearly every context he studied, EdTech doesn't reach the minimum threshold for meaningful learning impact – and that students are off-task for up to 38 minutes of every hour when on classroom devices. His testimony spread fast through education circles. But again, many teachers who read it weren't surprised. During my years teaching in Canada, I made a deliberate choice that sometimes surprised colleagues: I regularly chose *not* to use technology, even when it was available. In mathematics, for example, I would spread chart paper across tables and give students markers. They would work through problems by hand — writing, crossing out, revising, thinking out loud. The marker could not be erased, and that was the point. Every crossed-out attempt, every correction, every moment of hesitation was visible on the page. Students could look back at their own thinking. They could compare their process with a classmate's. The paper became a record of cognition, not just a record of answers. That kind of visible thinking — the messy, honest trail of a mind working through a problem — is something that most digital tools, for all their sophistication, struggle to replicate. Some of the richest learning I witnessed happened when students were working with their hands — building structures to explore geometry, sorting and arranging physical objects to understand patterns, using manipulatives to make abstract concepts tangible. There is something about the act of physically handling materials, making something, taking it apart, and trying again that engages the brain in ways that tapping a screen simply does not. Learning that moves through the hands tends to stay longer. It becomes embodied knowledge, not just information encountered and forgotten. Taking students outside extended this further. Observing plants, walking through the neighbourhood, using their eyes, ears, and bodies to encounter the world directly — these experiences grounded learning in reality in a way that no digital simulation can fully replicate. There are forms of understanding that only come through physical experience. No screen delivers that. And yet, I was equally deliberate about when technology was the right choice. When students needed to collect and analyze data to answer a research question they had generated themselves, digital tools allowed students to explore the question with both greater breadth and greater depth. When I wanted to connect my class with students in another country for a collaborative project, technology made that possible in ways nothing else could. For all students, technology also opened up new pathways for expression — creating podcasts, producing short videos, composing music, or building digital collages gave every learner ways to demonstrate understanding that a written test or worksheet never could. This is also where the question of equity becomes impossible to ignore. For students who have historically been excluded from full participation in learning — whether due to language, disability, or learning differences — thoughtfully chosen technology can be genuinely transformative. Text-to-speech and voice input tools, for instance, were not conveniences for students who struggled with reading and writing. They were the means by which those students could finally participate fully. I think of students I taught in special education settings who had spent years feeling unable to show what they knew, simply because the available tools did not match the way their minds and brains worked. When the right technology was introduced with care and intention, those students did not just catch up. They found their voice. Intentional integration, in this sense, is not only a question of pedagogy. It is a question of values. The difference between these two modes — technology as a meaningful learning tool versus technology as a time-filler — comes down to one question asked during the planning stage: What do I want students to learn here, and does technology genuinely serve that goal? ### What intentional technology integration actually looks like Intentional technology integration is not a teaching style, but a design principle — one that belongs at the heart of how curricula are built, how programs are developed, and how teachers are supported. It means asking, before any tool is selected: what is the learning objective? What does this particular tool make possible that other approaches do not? Are we using it because it deepens understanding, builds a skill, or expands access — or are we using it because it is there? These questions sound straightforward, but in practice they require a shift in how schools and organizations think about EdTech implementation. The dominant model in many institutions is still tool-first: a platform is adopted, and teachers are then expected to find ways to use it. Intentional integration inverts this. It starts with the learning, and works backward to the tool. According to a 2025 report on the teaching profession by HMH, [36% of educators have received no training on the AI and EdTech tools now embedded in their classrooms, and 54% say they've received only "some."](https://www.hmhco.com/blog/latest-trends-in-educational-technology-for-2025) In other words, nine out of ten teachers are navigating these tools without meaningful preparation. We have built an expectation that educators will absorb new technology into their practice, often mid-term, with little more than a login and a user guide. Teaching educators how to operate software is necessary. But it is not sufficient. What teachers actually need is support in building the instructional judgement to know when technology serves learning – and the confidence and autonomy to put it away when it doesn’t. ### What this means for EdTech companies, curriculum developers, and schools Whatever your role in education — developing technology, publishing curriculum, designing programs, or leading a school — the principle of intentional integration has direct implications for your work. For EdTech companies, it means thinking carefully about the instructional contexts in which your product will actually be used. Alex Galvagni, CEO of Age of Learning, put it plainly [in a recent piece for EdTech Digest](https://openfieldx.com/edtech-trends-2026/): "Here's an uncomfortable truth about EdTech in classrooms: most of it doesn't work. Not because the industry lacks talent or research... They fail because they're designed to please procurement committees, not to engage kids in the way they want to learn." A tool that is beautifully designed but deployed without a pedagogical purpose will not produce the outcomes you — or your users — are hoping for. The most effective EdTech products are those built with a clear understanding of how learning works and where in the instructional sequence technology genuinely adds value. For educational publishers and curriculum developers, intentional integration means going beyond simply including digital components in a product or program. It means making deliberate decisions about where technology genuinely enhances the learning experience — asking not just whether technology is accessible to diverse learners, but whether its incorporation makes the learning itself richer, deeper, and more purposeful. The question is not whether a program feels modern. It is whether every element, digital or otherwise, earns its place. When it doesn’t, leave it out. For school leaders, it means investing not just in infrastructure and devices, but in the professional learning that helps teachers develop the judgement to use technology purposefully. Evan Abramson, director of innovation and technology at New Jersey's Morris-Union Jointure Commission, said it directly in [a recent EdSurge report](https://www.edsurge.com/news/2026-01-27-k-12-edtech-in-2026-five-trends-shaping-the-year-ahead): "We've taken the power from teachers and put it in technology's hands." Devices in every classroom mean very little if the culture around them has not shifted from "are we using technology?" to "why are we using technology, and how does it serve our students?" ### Building this landscape together At Unfold Learning Design, this is the conversation we want to be part of — not as a vendor or a gatekeeper, but as a genuine collaborator. The work of making technology intentional in education is not something any one organization can do alone. It requires EdTech developers who build with pedagogy at the center. It requires publishers and curriculum developers who design for diverse learners, not just capable ones. It requires school leaders who invest in professional culture, not just infrastructure. And it requires educators who feel supported enough to make deliberate choices rather than defaulting to whatever is easiest. This is where we come in. With deep roots in both North American and Japanese educational contexts, we bring a bicultural perspective that goes beyond language or market knowledge. We understand how learning is designed, how teachers make decisions in the classroom, and how products and programs actually land in the hands of real students. For EdTech companies, educational publishers, and curriculum developers looking to expand their operations in Japan — or strengthen what they already have — we collaborate to ensure that your work is grounded in effective, intentional learning design from the start. We also work directly with international schools in Japan, helping teaching teams build a shared language around new programs and tools, ensuring they fit the school's culture, and supporting the professional development that makes integration actually stick. If that's the kind of partner you're looking for, we'd love to hear from you. **Interested in working with an educational consultancy that puts pedagogy first?** **Reach out to us to start the conversation.** --- Generated from RankReady