What research tells us about how students learn

Evidence in practice

How we use the science

• Learning is a process, not a moment

  Learning unfolds over time through encoding, storage, and retrieval. Understanding in class is not complete until knowledge can be recalled and used.

  How we use it: Revisiting ideas is essential to learning.

• Memory is the engine of learning

  Memory is the foundation of understanding. Students need secure knowledge in long-term memory to think critically and solve problems.

  How we use it: Build background knowledge deliberately.

• Retrieval beats re-reading

  Trying to remember strengthens memory more than reviewing notes. This is known as retrieval practice.

  How we use it: Low-stakes quizzes, exit tickets, and brain dumps.

• Space it out, don’t cram

  Learning improves when practice is distributed over time rather than packed into a single session.

  How we use it: Spiral instruction and revisit key ideas later.

• Mix it up to make it stick

  Interleaving—mixing different types of problems or topics—helps students discriminate and transfer knowledge better than blocked practice.

  How we use it: Multi-modal instruction across audio, texts, worksheets, and digital work.

• Attention matters more than exposure

  Students only learn what they pay attention to and process deeply. Distraction and overload limit learning.

  How we use it: Clear explanations and guided attention to what matters most.

• Feedback fuels progress

  Feedback works best when it is timely, specific, and focused on improvement— not just correctness.

  How we use it: Real-time feedback on exercises and progress through materials.

• Motivation isn’t separate from learning

  Motivation and learning are intertwined. Success builds motivation, and motivation supports effort.

  How we use it: Design instruction so students experience progress and success.