Can understanding memory traits transform your teaching?
In this blog, I’d like to explore the neuroscience of memory to help readers learn how understanding episodic and semantic memory traits can revolutionise teaching methods.
In this research paper, neuroscience reveals that individual differences in memory traits are linked to specific brain connectivity patterns, shaping how we recall past events and facts (Sheldon et al., 2016).
I share what I have learned from this paper and why I believe Guide To Memory is becoming increasingly popular in schools.
The relatively new field of neuroeducation is shedding light on how we experience memory. Two key types of memory— episodic and semantic —are not just about what we remember but how we remember it.
Episodic memory traits engage with sensory details, for example, our personal experiences, while semantic traits cluster around concepts, rules and facts.
Why does this matter for teachers?
Knowing how memory works at the neural level can fundamentally inform classroom pedagogy. Tailoring teaching methods towards the nuance of ‘how’ memory works, beyond just the ‘what,’ can potentially lead to more effective learning experiences for students.
School and college leaders should consider adapting curricula to tap into episodic and semantic memory traits. I always think describing this as providing ‘experiences’ alongside teaching ‘facts’ retrospectively is best. Memory retention can be supported this way by experiencing, for example, the Geography field trip, which is later referenced in class.
Teachers can also implement this by employing more sensory-driven activities for subjects requiring rote memory and higher-order activities for analytical subjects. For example:
- Mathematics: Teaching times tables using tactile materials, such as counting beads or engaging auditory senses through rhythm-based chants. This leverages episodic memory traits by associating numerical facts with sensory experiences.
- History: To teach key dates and events, teachers might use storytelling techniques, integrating sounds, smells, or even tastes (think tea for the Boston Tea Party) to immerse students in a historical context. Again, this employs episodic memory, enhancing retention through sensory cues.
- Science: For analytical subjects like physics or chemistry, teachers could present real-world problems requiring critical thinking and solution planning. Students could be tasked to design a simple machine to perform a task or to conduct an experiment to test a hypothesis. This engages semantic memory traits by requiring the integration of higher-order facts and conceptual information.
Reflection questions for teachers
- How do your current teaching methods adapt to incorporate memory traits?
- Are there specific subjects better suited to episodic or semantic memory teaching?
- How could joint planning with colleagues help develop such strategies?
- Could such neuroscience findings be integrated into teacher training courses?
- How does this alter the way you approach exams or assessments?
Schools must harness neuroscience to improve their teaching methods; take these insights and translate them into actionable strategies for more effective learning experiences …
Image credit: Intrinsic medial temporal lobe connectivity (Sheldon et al., 2016)
