2024:architecture_design_of_an_arts_classroom_based_on_neuroscience

Autor
Ema Caicedo and Sofía González
Topics
Architecture, Interior Design, Neuroscience, Arts, Creativity, Learning spaces
Keywords Year Línea de Investigación
Architecture, Interior Design, Neuroscience, Arts, Creativity, Learning spaces 2024 Research Creation

Abstract: This research-creation project investigated the design of an architecturally appropriate space for arts learning in Middle and High School (LTSM) based on the neuroscience of learning. The purpose was to integrate this inquiry into a design that improves students' creativity and concentration. The project balanced functionality and aesthetics while considering how students learn and create within a space. The project ended in a model art classroom, not a real-life building. The investigators successfully designed and built a model based on a deep inquiry into the neuroscience of learning with the SENA technical advice that provided the methods to construct the prototype. The design breaks away from traditional classroom paradigms. It incorporated innovative elements in architecture, interior design, and color selection, all guided by neuroscience research. By exhibiting the model and explaining its neuroscience, the project generated interest in implementing the design in the actual LTSM art classroom. The project's success in meeting its objectives is evident in the way data is collected. During data collection, students answer perceptive questions, indicating a more positive reception of the proposed classroom compared to the current one.


Methodology This project involved designing a model of an art classroom based on the principles of neuroscience. The process included consultation with SENA for technical advice, designing architectural and interior elements, and constructing a prototype. Data was collected through student feedback on the model's design compared to existing classroom environments.
Results The model classroom's design was well-received by students, who indicated that it was more conducive to creativity and concentration than the existing classrooms. The innovative architectural and design elements, informed by neuroscience, were effective in creating a more engaging learning environment.
Conclusions The project demonstrated that incorporating neuroscience principles into classroom design can positively impact students' creativity and learning. The model created offers a promising approach to enhancing educational spaces, suggesting that further exploration and implementation could benefit Liceo Taller San Miguel and other educational institutions.

Documento:

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References:

  • Chiles, R., et al. (2015). Building Schools Key Issues for Contemporary Design. [Publisher].
  • Daniels, L., et al. (2019). Environmental Factors in Classroom Pedagogy and Neuroscience. [Journal Name], [Volume(Issue)], [Page Numbers].
  • Hirsch, E. (1987). Authoritarian Educational Philosophies and Learning Environments. [Journal Name], [Volume(Issue)], [Page Numbers].
  • Taylor, D., & Engass, C. (2009). Linking Architecture and Education Sustainable Design for Learning Environments. [Publisher].

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  • Última modificación: 2024/08/27 13:46
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