Why Learning How to Learn Matters - Pacific Lutheran College

Self-regulated learning

Self-regulated learning is how students take an active role in their learning, managing their own thinking, motivation, behaviour and emotions. It involves three key metacognitive phases:

Planning — setting goals and preparing to learn
Monitoring — checking understanding during learning
Evaluating — reflecting on what worked and what to improve

Why does this matter for your child's learning?

Research shows that explicitly teaching students how to learn can significantly improve achievement.

Teaching, modelling and scaffolding metacognitive strategies can lead to up to 7 months of additional learning growth.
Students who use effective learning strategies make faster progress
Strong metacognitive skills can improve test performance by 25–50%.

Research even suggests that metacognitive skillfulness outweighs intelligence as a predictor of learning performance. Students who misjudge their own understanding, however, consistently underperform, making accurate self-assessment a crucial skill in itself.

Metacognition Toolkit

The Pacific Metacognition Toolkit builds students’ awareness and skills in self-regulated learning and metacognition. Even motivated students may not naturally use strategies that support deep learning. The Metacognition Toolkit:

Builds awareness of how learning works
Makes thinking visible and transferable
Develops a repertoire of effective learning strategies

These are valuable skills because research even suggests that metacognitive skillfulness outweighs intelligence as a predictor of learning performance.

Key Facts Guides

Central to the Metacognition Toolkit are Key Facts Guides which give students the science behind the strategies. Through links to Key Facts Guides, students can access science-based explanations of:

Goal Setting
Focus and motivation
Memory and recall
The role of emotion in learning

The Key Facts Guides explain how the brain learns best and the science of learning, so students understand why these strategies work, not just how to use them.

Metacognitive Instruction (NEMO-T Resources)

Teacher guidance matters because of the evidence of a positive correlation between metacognitive skills and academic outcomes. For students to learn to effectively and autonomously apply these skills, Australian studies suggest that constant guidance, prompting and feedback from teachers is important. The Metacognition Toolkit includes teaching resources to develop metacognitive skills across classrooms. Each resource provides teachers with an approach developed by Dr Shyam Barr – the NEMO-T model – where teachers:

Name a strategy
Explain it
Model it
Provide an Opportunity to use the strategy.

Finally, teachers encourage students to Transfer this strategy to new learning situations.

Graphic Organisers and Study Tools

Many students rely on familiar study approaches that feel productive but can lead to limited long-term learning. Research in cognitive science shows that not all study strategies are equally effective. For example, re-reading notes, highlighting important points or rewriting notes are relatively ineffective ways to help recall knowledge when it is required.

The Metacognition Toolkit contains links to evidence-informed effective study tools. These include approaches shown to strengthen long-term recall such as Cornell Notetaking and graphic organisers like concept maps and flow charts. These resources, along with the Key Facts Guides, help students to understand and identify which study techniques are most effective.

Pacific Action Research Study

Here is what we found at Pacific Lutheran College, as part of a formal research partnership with the University of Queensland, in which Pacific participates as a Partner School committed to evidence-informed practice.

In 2025, 222 Middle College students were asked about their use of metacognitive strategies. Their responses were compared with grade point average (GPA) data, recording upward or downward movement in each student's GPA from Term 1 to Term 4 and analysed against the GPA movement of the general cohort of 479 Middle College students.

The results demonstrated two striking findings:

Students who believed in the value of Metacognition Toolkit strategies were more likely to actually use metacognitive approaches in their learning.
Of the 222 students surveyed, students who responded it was very true or somewhat true that they used metacognitive strategies, showed improved learning outcomes. They achieved a statistically significant upward movement in their GPA, meaning the improvement is unlikely to be due to chance.
In contrast, students who self-reported a neutral response to using metacognitive strategies maintained their grades steadily throughout the year.
Finally, students who reported that it was not so true or not at all true that they used metacognitive strategies experienced a slight downturn in their GPA over the course of the year.

	Use of metacognition strategies of 4-5 (on 5-point scale)	Use of metacognitive strategies of 3 (on 5-point scale)	Use of metacognitive strategies of 1-2 (on 5-point scale)	Cohort
Average movement in GPA	0.268	0.0645	-0.0461	0.042
P-Value	0.002241	0.7305	0.500

The message is clear: students who actively engage with metacognitive strategies don't just feel more prepared - the evidence suggests they genuinely perform better.

What does it mean for students?

Students who engage with the Toolkit begin asking planning questions such as, "What prior knowledge do I have that might help?" and "How will I stay focused and motivated during this task?"

They start to monitor their learning with self-talk such as, "Am I sure about what I'm doing?" and "Have I revisited the instructions or rubric to see how I'm going?"

And they regularly reflect on their learning, asking "What have I learned about myself as a learner?" and "Do I need more or less support next time?"

These strategies are particularly valuable for students who find it difficult to get started, maintain focus, or feel confident in their own ability. The Toolkit gives every learner practical tools, not just those who are already thriving.

At home, parents might notice students using term planners and setting learning goals at the start of term, taking Cornell Notes or creating graphic organisers to strengthen long-term recall and making online quizzes and flashcards for revision or study with friends.

In class, revision looks like teachers guiding the use of Brain Dumps, where students write everything they can recall on a topic without consulting notes, and Power Paragraphs, where students construct a focused, evidence-based paragraph from memory to consolidate understanding.

A Whole College Commitment

The Metacognition Toolkit is one part of a bigger picture. Across Pacific, teachers are deepening their own understanding of how students learn best and translating that into their classroom practice.

Through teaching sprints (short, focused periods of collaborative professional learning), Pedagogical Learning Teams are embedding metacognitive instruction into everyday lessons, using the NEMO-T model to name, explain, model and apply learning strategies in context. This professional work is supported by engagement with Dr Shyam Barr's SRL Studio, which is helping shape a coherent, evidence-informed approach to self-regulated learning across the whole College.

Students will also notice this commitment reflected in two new initiatives. The College's Learner Attributes, including Intellectual Character, which explicitly names the self-regulated learner, set out the dispositions Pacific hopes every student will develop. And the new Cognitive Strategies and Tools eBook, available to Middle and Senior students, builds directly on the strategies introduced in the Metacognition Toolkit, giving students study skills to use during exam revision.

Together, these efforts signal something important: at Pacific Lutheran College, learning to learn is central to what we do.