Introduction to AERO's model of learning and teaching
Teaching practices that are aligned with how students learn are the most effective in improving education outcomes for all. There is strong evidence about the processes that occur during learning. These processes explain why some teaching practices are more effective than others. AERO has developed a model that identifies the most effective and efficient teaching practices aligned with how students learn.
This model links elements of student learning processes to associated teaching practices in 4 key areas:
- To align with the evidence that learning is a change in long-term memory, teachers develop a teaching and learning plan for the knowledge students will acquire.
- To align with the evidence that students process limited amounts of new information, teachers manage the cognitive load of learning tasks.
- To align with the evidence on how students develop and demonstrate mastery, teachers maximise retention, consolidation and application of learning.
- To align with the evidence that students are actively engaged when learning, teachers foster the conditions of a learning-focused environment.
This fourth essential element wraps around the other elements of the model, recognising that:
- engagement and learning have a reciprocal relationship
- students learn best in safe and supportive learning environments.
The model recognises that:
- all students benefit from evidence-based practices that align with the mechanisms of memory that allow for acquiring, retaining, retrieving and consolidating learning
- the frequency, intensity and duration of scaffolding and guidance provided may differ to meet students’ needs.
This model aligns with Australian Professional Standards for Teachers 1.2: Understand how students learn. Teachers at all career stages can use this model and the related overview of how students learn to affirm, extend or improve their current practice by:
- developing their understanding and use of research into how students learn
- reviewing the structure of their teaching programs using research evidence
- evaluating the effectiveness of teaching practices in their schools to identify opportunities to have a greater impact for all of their students.
Leaders can also use this paper to develop a common language and shared understanding of how students learn, and to ensure policies and programs are aligned with this evidence to maximise learning for all students.
AERO is developing further resources for teachers and school leaders that expand on the practices discussed in this model. These resources will build on our existing Tried and Tested series, which covers education practices that have been proven to make a difference to learning outcomes for children and students. AERO has also partnered with Ochre Education to provide teachers with hundreds of free curriculum resources created by teachers for teachers.
If you have any feedback on these resources on how to better understand student learning and the implications for teaching, please let us know via our feedback survey.
Teaching for how students learn: A model of learning and teaching
For an expanded version of this model, please download the PDF version.
Follow the highlighted links in the 'Teaching that aligns with students learn' column of the online model, below, to find out more about the practices. We will continue to add new links to resources as they become available.
How students learn |
Teaching that aligns with how students learn |
Attention and focusStudents are actively engaged when learning
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EnablingFoster the conditions of a learning-focused environment
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Knowledge and memoryLearning is a change in long-term memory
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PlanningDevelop a teaching and learning plan for the knowledge students will acquire
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Retention and recallStudents process limited amounts of new information
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InstructionManage the cognitive load of learning tasks
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Mastery and applicationStudents develop and demonstrate mastery of their learning
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Gradual releaseMaximise retention, consolidation, and application of learning
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Keywords: science of learning