Knowledge for Teachers

Helping educators turn evidence into effective classroom practice

How I Support

I support educators to apply what we know from research in ways that truly work in the classroom. These are the key areas where I help schools turn evidence into practice.

Science of learning

I translate cognitive psychology, behaviour science and neuroscience into practical classroom strategies — helping teachers apply research on memory, attention, and motivation to design lessons that support long-term learning.

Primary Maths

I support schools in delivering clear, structured maths instruction that builds understanding, fluency and reasoning — with a focus on evidence-informed routines, representations and sequencing.

Explicit Instruction

I help educators implement effective modelling, scaffolding and guided practice through the gradual release of responsibility — reducing confusion and increasing student success.

Implementing Research Effectively

I work with teachers and leaders to turn research into action — building shared language, sustainable routines, and professional learning that actually changes classroom practice.

A Clear Path for Effective Primary Maths Instruction

From classroom practice to school wide implementation these offerings give teachers and leaders the tools they need to teach with purpose support learning and sustain improvement.

The Primary Maths Instruction Framework

For Primary Teachers

This course gives teachers a clear structure for teaching maths that reflects how learning happens. You will learn how to plan lessons that support acquisition fluency and generalisation and how to choose the right instructional moves at the right time. The framework provides practical tools that can be used in any classroom.

Implementing Effective Primary Maths Instruction

For School & Middle Leaders

This course supports school and middle leaders who want clarity in how to lead maths improvement. You will learn how to align curriculum and lesson design with the stages of learning and how to guide teachers through meaningful change. The aim is to help leaders build systems that support high quality maths instruction across the whole school.

Evidence in Action: The Primary Maths Partnership

For School & System Leaders

Evidence in Action is a school partnership that helps teams turn research into daily classroom practice. Through spaced professional learning coaching and practical tools schools build consistent and confident maths instruction. The focus is on creating systems that make improvement last.

About me

After nearly a decade as a high school teacher, I left the profession feeling disillusioned — and opened a café.

It taught me a lot about leadership, communication and building something that works. However, I knew I had unfinished business in education.
I returned as a primary teacher, driven to understand why so many students disengage. That question led me deep into the science of learning and I’ve been hooked ever since.
Now, I support educators to apply evidence-informed strategies that actually work in the classroom. Schools are complex, but we don’t have to figure it out alone

A Bit About My Approach

I bring both a deep understanding of the research and a practical grasp of classroom realities. I don’t just deliver professional learning and walk away — I can model lessons, coach teachers and work alongside school leaders to develop clear, realistic implementation plans. It’s not about doing more — it’s about doing what works, and making it stick.

Testimonials

Here are some kind words that I’ve received from educators that I’ve worked with:

Brendan Lee is a committed educator dedicated to helping teachers across the country have positive impact on student learning. He has a depth of knowledge of the Science of Learning and importantly can translate what that means to classroom practice for teachers.

Patrick Ellis

Education Lead, Catholic Education, Archdiocese of Canberra & Goulburn

Brendan’s presentations were engaging, informative and inspiring! It was great to explore the links between the science of learning and its practical implementation.

Rachael Bryant

Assistant Principal, Holy Saviour School, NSW

Brendan’s level of pedagogical knowledge and understanding of the struggles teachers face in the classroom were excellent. The ideas presented were explained in detail, making it clear how these could be adopted in different settings to suit different cohorts.

Jeneen Clarkson

Teacher, Morwell Central PS, VIC

Informed by the Science of Learning, Brendan’s workshops provided a range of useable teaching approaches to support maths learning from acquisition to fluency in mathematics. The combination of expert presentation and time to work with colleagues was engaging and productive. So many great resources to explore now too! Thanks for providing the direction our school needs in mathematics Brendan.

Liz Williams

Corpus Christi Catholic Primary School, NSW

Brendan’s engaging presentation enabled all staff to connect with the principles of how learning happens and see how these can be practically applied in the classroom. Our staff were actively engaged in discussions and appreciated the clarity with which evidence based research ideas were presented.

Daniela Lawlor

Deputy Principal, Magill School, SA

Brendan is a very engaging speaker who can relate to all sorts of people & makes his presentation practical, fun & highly beneficial for all.

Emma G

Teacher, Coolangatta State School, QLD

Latest Posts & Podcasts

Check out my latest blog posts and podcast episodes.

S04E03 – Dr. Brian Poncy on Facts on Fire: Why Fluency Is the Foundation of Mathematical Thinking

S04E03 – Dr. Brian Poncy on Facts on Fire: Why Fluency Is the Foundation of Mathematical Thinking

In this episode of the Knowledge for Teachers podcast , I sit down with Dr. Brian Poncy to unpack the science of math fact fluency. We challenge the myth that timed practice causes anxiety and explore how mastering basic tool skills frees up working memory for higher-order thinking. Brian also introduces contingency adduction—a process where students spontaneously solve complex problems they were never explicitly taught. Tune in to learn how…

S04E02 – David Didau on Five Things Teachers Should Stop Doing

S04E02 – David Didau on Five Things Teachers Should Stop Doing

In this episode, I speak with David Didau about five common classroom patterns that can look effective in the moment but fail to produce lasting learning. We explore why performance is not the same as understanding, how to make retrieval practice genuinely work, why practice makes permanent, and how tools like mini whiteboards can transform checking for understanding. A practical and research-informed conversation for educators who want learning that sticks….

Engineering the “Aha!”: When Discovery Learning Actually Works

Engineering the “Aha!”: When Discovery Learning Actually Works

Most teachers have seen it happen. A student suddenly “gets it”. They solve a problem they’ve never been shown how to solve or make a connection you didn’t explicitly teach. It feels like discovery. Those moments are real. They just shouldn’t be accidental. This article explains why discovery learning sometimes works and often fails and how carefully sequenced instruction, fluency in component skills and deliberate task design make insight predictable rather than…

When Explicit Instruction Turns Robotic

When Explicit Instruction Turns Robotic

Explicit instruction is often presented as a clean sequence of steps. In real classrooms, it rarely works that way. When teachers lack clarity about what to do next, fidelity turns into compliance and instruction becomes robotic. This article explores why resources alone are not enough, and why decision making and subject knowledge are the missing links….

Contact Info

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