Perceptual Skills and Movement Miscommunication in Movement Education and Beyond

Abstract

Perceptual Skills and Movement Miscommunication in Movement Education and Beyond

Shcherbakova Ksenia — Baseworks, Montreal, Canada

Background. Movement education and therapy often face challenges due to miscommunication between instructors and learners, stemming from ambiguous goal-setting and uneven perceptual skills. This “movement miscommunication” arises from the motor equivalence problem (Bernstein, 1967), where learners interpret instructions variably, defaulting to habitual patterns and risking inefficiency or injury. Conventional approaches prioritize muscular outcomes, overlooking somatosensory discrimination capacities critical for accurate sensorimotor integration.

Methods. We analyzed the Baseworks method, refined iteratively over 10 years with 10,000+ learners to minimize instructional ambiguity, leading to the development of a distinct pedagogical focus on perceptual skill acquisition. Through systematic observation (1,000+ students, 300+ teaching hours), textual analysis of cues, keyword analysis of interviews (n=25) and feedback (n=61), a survey on muscle sensations (n=36), and literature review, we identified principles targeting perceptual skills and mapped them to cognitive frameworks like Adaptive Resonance Theory (Grossberg, 1987) and the affordance competition hypothesis (Cisek, 2007).

Results. Key findings include recurring movement patterns (micro/macro) emphasizing somatosensory discrimination, reducing misinterpretation via explicit cues (e.g., forward kinematics, spatial gridlines). Students reported enhanced body awareness (86%), sensory “splitting” (e.g., dissociated muscle sensations), improved motor skills, and mental health benefits (e.g., stress regulation, self-acceptance). Survey data revealed individual variations in muscular mechanosensation awareness, uncorrelated with athletic experience.

Conclusion. Baseworks exemplifies a naturalistic model of emergent sensorimotor optimization, evolving spontaneously over a decade of iterative refinement among 10,000+ learners and instructors. Initially driven by a focus on enhancing movement communicability — ensuring uniform execution across diverse participants — this process yielded a distinctive system of principles and patterns that unexpectedly prioritized perceptual skill development. Reverse-engineering revealed mechanisms rooted in somatosensory discrimination, offering novel insights into resolving movement miscommunication and refining pedagogical frameworks for cognitive neuroscience and neurorehabilitation.

Keywords: perceptual skills, somatosensory discrimination, movement miscommunication, motor learning, neurorehabilitation

References

• Bernstein NA. The co-ordination and regulation of movements. Oxford (England): Pergamon Press; 1967.
• Grossberg S. Competitive learning: From interactive activation to adaptive resonance. Cogn Sci. 1987;11(1):23-63.
• Proske U, Gandevia SC. The proprioceptive senses: their roles in signaling body shape, body position and movement, and muscle force. Physiol Rev. 2012;92(4):1651-1697.
• Cisek P. Cortical mechanisms of action selection: the affordance competition hypothesis. Philos Trans R Soc Lond B Biol Sci. 2007;362(1485):1585-1599.