Architectural design of classroom to stimulate learning in Higher Education: An Approach Connected with Neuroeducation and Neuroarchitecture

The architectural design of learning spaces in higher education has undergone profound changes with the new educational perspectives that break with traditional pedagogical practice supported by control, hierarchy, and information dissemination. Educational institutions are gradually seeking disruptive models that enhance new learning experiences. This article presents references of innovative projects of learning and interaction spaces, that have been added to the principles of Neuroeducation and Neuroarchitecture for the development of architectural strategies for a new classroom proposal for the Bahia State University. As a result, the project brings preliminary studies to the Learning Environment Model for Higher Education (LEMHE). A flexible model, divided into three learning areas: flexible zone (active); introspection zone, and relaxing zone. This zoning aims to provide diverse experiences of pedagogical practices, added to respect the physiological needs of its users to enhance well-being and learning in higher education.