Infrastructure-Based Interventions for Sleep Deprivation in Educational Institutions: Combating Cognitive Loss in Adolescents

Abstract

This paper investigates sleep deprivation as an educational design problem. The focus is not only whether students should sleep more, but whether schools and universities can redesign learning and recovery spaces so that unavoidable sleep debt causes less damage during the academic day. Through a review of existing research on sleep deprivation, chronotypes, classroom lighting, environmental conditions, and structured napping, the evidence suggests that infrastructure-based interventions could help in reducing sleep deprivation related cognitive loss: early schedules disadvantage later chronotypes, dynamic lighting can improve concentration and reading performance, CO2 and temperature affect attention and memory, and structured napping may be a feasible measure for sleep recovery. A model that takes all these factors into consideration would let schools and universities respond to sleep loss in a practical way rather than only telling students to sleep more. If implemented properly, this could make study spaces healthier and more aligned with how students actually function. Future research should evaluate the effectiveness of this combined model in real educational settings.

Keywords

Natural Science - Biology, Convergence Science - Environmental Science

Citation

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