One of education's favourite pastimes is celebrating innovation. Every year, thousands of educators travel to conferences where they are treated to inspiring presentations from schools that have seemingly cracked the code. Students are engaged. Teachers act as coaches rather than lecturers. Assessment is authentic. Technology is used thoughtfully rather than simply being expensive wallpaper. Students collaborate, solve real problems, think critically, create remarkable products and, perhaps most shocking of all, actually enjoy learning.
The presentations invariably end with standing ovations, enthusiastic applause and a room full of educators convinced they have just witnessed the future of schooling.
The future, however, has an unfortunate habit of remaining exactly where it was presented.
Visitors return home energized, only to discover that the timetable still divides learning into fifty-minute blocks, the curriculum still demands coverage rather than understanding, standardized examinations still reward memorization over thinking, report cards still reduce complex learning to a single number or letter, and administrators still expect innovation provided it does not interfere with any of these sacred traditions. By the following September, the conference binder has found its permanent home on a shelf, joining dozens of equally inspiring initiatives that were going to transform education until something more urgent came along.
No other profession would tolerate this cycle.
Imagine a cardiologist attending a conference where surgeons present a procedure that reduces post-operative complications by forty percent. The audience applauds enthusiastically, returns to their hospitals, and continues using the older procedure because adopting the new one would require retraining staff, modifying routines and challenging long-established practices. The public would be outraged. Hospitals would face lawsuits. Medical regulators would intervene.
In aviation, if one airline developed a cockpit procedure that dramatically reduced pilot error, every airline in the world would be studying it before the ink on the research report had dried. No passenger would willingly board an aircraft knowing that the crew had decided to ignore proven safety practices because "this is how we've always done things."
Manufacturing provides another example. When Toyota demonstrated that continuous improvement, collaborative problem-solving and lean production dramatically improved quality and efficiency, competitors did not admire the innovation from a safe distance. They copied it as quickly as possible because survival depended upon it. In business, best practice quickly becomes common practice because companies that refuse to improve eventually disappear.
Education, on the other hand, has somehow convinced itself that exceptional practice should remain exceptional. We build pilgrimages around exemplary schools instead of asking why every school is not beginning to look more like them. We celebrate lighthouse schools while leaving the rest of the fleet to navigate in the dark.
The irony is that education has never suffered from a shortage of good ideas. It suffers from an extraordinary inability to institutionalize them.
Consider High Tech High in San Diego. For more than twenty-five years, it has demonstrated what project-based learning can achieve when teachers are given the time and autonomy to design interdisciplinary experiences around authentic problems. Students produce exhibitions rather than merely completing assignments. Assessment is integrated into learning rather than tacked on at the end. Visitors from around the world tour the campus, eager to see what is possible when students are treated as thinkers rather than passive recipients of information.
Or consider EL Education, formerly Expeditionary Learning. Independent evaluations conducted by Mathematica found that students in EL schools significantly outperformed comparable students in English language arts and mathematics while also demonstrating higher levels of engagement and perseverance. Likewise, Robert Slavin's Success for All literacy model has been supported by decades of rigorous research showing meaningful improvements in reading achievement, particularly for students at risk. John Hattie's synthesis of more than 2,100 meta-analyses involving over 300 million learners consistently identifies practices such as formative assessment, feedback, teacher clarity and collaborative learning as among the strongest influences on student achievement.
The evidence has accumulated for decades. The examples are plentiful. The research is no longer tentative.
So why do these practices remain islands of excellence rather than becoming the continent?
The answer has remarkably little to do with the quality of the innovations themselves.
Educational researcher Cynthia Coburn argued over twenty years ago that people fundamentally misunderstand what "scaling up" means. Expanding an initiative to more schools is not scaling. True scale occurs only when innovations change beliefs, professional norms, instructional practice and organizational culture in ways that are sustained over time. Distributing a handbook or offering a professional development day may spread awareness, but it rarely changes the daily reality of classrooms.
David Tyack and William Tobin described another obstacle in what they called the "grammar of schooling." Every institution develops habits that become so deeply embedded they are mistaken for natural law. In education, those habits include age-graded classrooms, subject silos, bells, report cards, standardized examinations, teacher-centred instruction and the assumption that knowledge flows most efficiently from the front of the room to neatly arranged rows of desks. None of these structures exists because research has demonstrated they are the best way to educate children. They exist because they have existed for generations.
Schools often defend these structures with a conviction that would make medieval scholars proud. One sometimes suspects that if Isaac Newton had introduced gravity to an educational committee, it would first have required a three-year pilot project, two rounds of stakeholder consultation and an implementation framework before anyone agreed that apples should, in fact, fall downward.
Teachers, meanwhile, are frequently accused of resisting change. It is an easy accusation because it directs attention away from the system itself. The reality is rather different. Most teachers enter the profession because they genuinely want to improve the lives of young people. They willingly embrace practices they believe will help students succeed. What they struggle with is a system that never asks them to replace anything, only to add more.
Differentiate instruction.
Integrate technology.
Implement artificial intelligence.
Strengthen literacy.
Improve numeracy.
Support student mental health.
Personalize learning.
Collect more data.
Complete more documentation.
Raise standardized test scores.
Attend more professional development.
Collaborate more frequently.
Do all of this while covering an increasingly crowded curriculum and ensuring every student achieves higher outcomes with fewer resources.
Innovation rarely arrives as a replacement for obsolete practice. It arrives as another item on an already overflowing to-do list. Eventually, teachers do what every rational professional would do: they prioritize what the system measures. Unfortunately, what systems measure is not always what matters most.
This contradiction has become painfully obvious with the arrival of artificial intelligence. For years schools proudly claimed that they were developing critical thinking, creativity and problem-solving. Then ChatGPT appeared and effortlessly produced essays, summarized novels, solved equations and generated lesson plans. Almost overnight, educators began questioning assignments they had used for decades. AI did not create this crisis. It merely exposed the uncomfortable truth that much of our assessment still rewards information reproduction at precisely the moment information has become the least valuable commodity in society.
Perhaps the most frustrating aspect of all this is that educational leaders genuinely believe they are promoting innovation. Strategic plans are filled with words such as creativity, transformation, collaboration and learner-centred practice. Yet the organizational structures surrounding those aspirations continue rewarding compliance, predictability and standardization. Schools are encouraged to think differently without changing the conditions that require them to think the same.
Other professions would recognize this immediately as organizational failure.
Education often calls it a successful implementation.
There is perhaps no more heartbreaking example of this lost opportunity than the work of Seymour Papert. Long before laptops, tablets, smartphones or artificial intelligence entered classrooms, Papert envisioned computers as tools through which children could construct knowledge, explore ideas, solve authentic problems and become creators rather than consumers. His work with the LOGO programming language demonstrated that technology could fundamentally change the nature of learning itself. The research was compelling, the vision inspiring and the possibilities extraordinary.
Then computers arrived in schools. My brother was an innovative school district Director General who helped introduce a one-to-one laptop program and collaborated with Papert. Two decades later this program is barely a shadow of what it was intended to be. His story is typical of what happened generally.
Instead of embracing Papert's vision, education largely transformed computers into electronic worksheets, digital filing cabinets and more colourful versions of overhead projectors. We spent billions of dollars placing powerful computers into classrooms, only to use them to do many of the same things we had always done, only faster and with better graphics. Four decades later, artificial intelligence is forcing us to rediscover the very principles Papert advocated in the early 1980s: creativity, inquiry, construction, problem-solving and learner agency.
Imagine where education might stand today if we had scaled Papert's ideas instead of merely purchasing his hardware.
Perhaps that is the profession's greatest tragedy. Education does not lack innovation. It lacks the institutional courage to make innovation ordinary. Until we stop treating exemplary schools as destinations for educational tourism and begin treating them as blueprints for systemic change, we will continue congratulating ourselves on discovering better ways to teach while ensuring that only a fortunate few students ever experience them.
My final thought on the topic of innovation in education is that we have mistaken innovation with demonstration. We don’t have an innovation deficit; we have an implementation deficit.
References
Bryk, A. S., Gomez, L. M., Grunow, A., & LeMahieu, P. G. (2015). Learning to Improve: How America's Schools Can Get Better at Getting Better. Harvard Education Press.
Coburn, C. E. (2003). Rethinking Scale: Moving Beyond Numbers to Deep and Lasting Change. Educational Researcher, 32(6), 3–12.
Hattie, J. (2023). Visible Learning: The Sequel. Routledge.
Mathematica. (2015). Studying the Practices and Products of Expeditionary Learning Schools. U.S. Department of Education.
Papert, S. (1980). Mindstorms: Children, Computers, and Powerful Ideas. Basic Books.
Slavin, R. E. (2020). "Success for All: Reflections on Three Decades of Effective Reform." Educational Researcher, 49(6), 431–437.
Tyack, D., & Tobin, W. (1994). "The 'Grammar' of Schooling: Why Has It Been So Hard to Change?" American Educational Research Journal, 31(3), 453–479.