science of – A new Teacher Toolkit data collection finds a sharp mismatch: teachers often feel highly confident about how learning works, while their schools and colleges struggle to apply those ideas consistently across subjects and to challenge neuromyths.
For many teachers, the science of learning feels familiar—something they can explain, discuss, and try in their classrooms. But the picture shifts once the conversation moves from individual practice to whole-school implementation.
The Teacher Toolkit has been gathering data for The Teacher Toolkit Guide to the Science of Learning. using a detailed teacher and school leader survey focused on working memory. attention. metacognition. retrieval practice. and neuroeducation. Over the last year. the project has attracted over 1. 500 data points. helping build a clearer snapshot of confidence levels in neuroscience. cognitive science. and classroom practice. The goal is not just to map understanding, but to identify where schools and colleges may need professional development support.
The people answering also matter. The respondent group is largely experienced: 37.8 per cent have worked in education for 25 years or more. while 24.3 per cent have worked in education for 16–20 years. Another 18.9 per cent are in the 21–25 year range. Fewer responses came from teachers with shorter experience—10.8 per cent have worked in education for 6–10 years. 5.4 per cent for 3–5 years. and 2.7 per cent for less than one year. That mix gives the findings weight when thinking about the long-term culture of schools and colleges.
The most striking result is the gap between personal confidence and institutional implementation.
Teachers reported high levels of confidence in their own practice. The strongest “very confident” ratings were for engaging with research and CPD (44.2 per cent) and understanding how the brain learns (37.2 per cent). The implication is hard to miss: teachers are not simply disengaged from the science. Many are actively interested in cognitive science, professional development, and learning itself.
Where institutions seemed strongest, respondents pointed to work that connects learning to the student as a whole. Teachers rated their schools and colleges most positively in areas linked to supporting emotional regulation and motivation. and adapting teaching for neurodiverse learners. The survey’s early signal is that learning is increasingly being treated as more than memory and recall—recognising emotion. motivation. inclusion. and difference.
Yet the weaker areas land with greater force. because they suggest the science of learning isn’t moving as cleanly through the system as it is through individual classrooms. Respondents reported that institutions still struggle to apply the science of learning across subjects and to challenge neuromyths—both areas were frequently rated as “weak.”.
That combination points to an implementation gap. A teacher may understand retrieval practice. cognitive load theory. or metacognition in their own classroom. but unless the language is shared across departments. year groups. and leadership teams. the approach can become fragmented. The science does not travel; it stays in pockets.
When those survey responses are read as a whole, they suggest teachers may be ahead of the systems around them. Many teachers are already experimenting with retrieval practice, cognitive load reduction, study strategies, and metacognitive routines. But schools and colleges often lack what those approaches need to stick: a shared language. a long-term implementation plan. or a consistent CPD model to support the work over time.
The survey findings are also part of a broader push towards evidence-informed practice. The report explicitly links its growing interest in evidence-informed practice to findings from the Education Endowment Foundation Teaching and Learning Toolkit.
The project’s next step is to turn those early signals into guidance that helps bridge what teachers can do individually and what institutions can sustain collectively. That is part of why the guide was written: to help close the gap between complex research and classroom practice. and to support schools and colleges in building coherent systems that help every teacher apply these ideas consistently. ethically. and effectively.
science of learning retrieval practice cognitive load metacognition working memory attention neuroeducation neurodiverse learners neuromyths professional development CPD Teacher Toolkit
So they’re saying teachers *think* they know science but schools don’t do it? Sounds like typical.
I mean, learning styles are still a thing online, right? If they’re fighting neuromyths, good luck, because half the teachers I know swear by stuff they saw on TikTok.
“Working memory” and “attention” sounds like buzzwords to me. Also 37.8% been teaching forever?? That seems like they just asked the same people and then acted surprised. I bet nothing changes because schools don’t fund PD anyway.
44.2% very confident??? But then “schools lag behind” like it’s their fault. Maybe the problem is they’re focusing on brain stuff instead of test prep. Like how is retrieval practice supposed to help when class sizes are huge and no one has time?