Should students take an imagery assessment?
Optional and age-appropriate. For older students choosing study strategies, a profile can clarify what works for them. It is descriptive information, not a label that limits ability or assigns a 'type.'
For Teachers, tutors, and educators
Mental Imagery for Teachers
Students encode memory through visual, auditory, motor, or verbal channels depending on their imagery profile. 'Picture this' helps some learners and loses others—often those with visual aphantasia. Matching teaching methods to sense strengths improves retention without falling into discredited 'learning styles' myths.
Last updated: May 20, 2026
'Picture this in your head' helps some students and loses others. Imagery profiles explain why—and suggest alternatives that work without committing to discredited 'learning styles' theory.
The distinction matters: imagery ability is a measurable cognitive trait. 'Visual learner' as a fixed identity is not supported by evidence. Differentiating by available channel is.
Imagery in the classroom
- Visual imagery supports diagram comprehension, geography, geometry, anatomy
- Auditory rehearsal helps spelling, language acquisition, music, poetry
- Motor imagery supports procedural subjects—math algorithms, lab technique, sport
- Dual coding (Paivio): combining words with another channel improves retention for concrete material
- Method of loci (memory palace) works for visual-spatial learners; alternatives exist for others
What the research actually shows
Pashler et al. (2008) reviewed the evidence for 'learning styles' and found no support for the popular VAK / matching hypothesis. However, individual differences in imagery ability are real and measurable. The actionable framing is: offer multiple channels, let students use what works, don't lock them into a label.
Dual coding theory (Paivio, 1971) has strong empirical support: combining verbal and imagery encoding improves recall for concrete material. Mental-imagery-based mnemonic training (MIBMT) studies show lasting memory gains in youth when imagery is taught explicitly.
Supporting aphantasic students
Don't equate low visual imagery with low ability—many aphantasic students perform at or above peers using verbal, spatial-mathematical, or motor strategies. Offer written structure, physical models, diagrams on the page (rather than asked-for in the head), and clear verbal organization. See our full students guide for evidence-based study strategies.
Classroom adaptations by content
- Reading comprehension: pair 'visualize the scene' with 'summarize / paraphrase / discuss' so non-visualizers don't fall behind
- Math: pair manipulatives, drawn diagrams, and step-by-step verbal explanation
- Languages: combine spoken rehearsal, written practice, and gesture
- Science: use models, diagrams in view, and procedural walk-throughs
Related guides
FAQ
Isn't this just learning styles repackaged?
No. Learning styles theory claims students learn better when content is delivered in their preferred modality (V/A/K). Imagery profiles describe a real cognitive trait without claiming a matching effect. The recommendation is to offer multiple channels, not to lock students into one.
How do I spot a student with visual aphantasia?
Direct questions in age-appropriate language work: 'When you read about a forest, do you see it or just understand the words?' Look for students who struggle with imagery-based prompts but perform well with structured verbal or physical alternatives.
Can I use this in differentiated instruction?
Yes, as one input among many. Offering parallel paths (diagram + verbal description + hands-on model) helps students across profiles without requiring you to track each child's specific scores.
Sources & further reading
See your Imagery Profile
Free core assessment · about 12 minutes · no credit card required. See your six-sense Imagery Profile and optional percentile ranking.