Architectural Neuroaesthetics and Environmental Design
Course Objective: To explore the mechanisms of perceiving the material world and to learn how to design spaces that foster psychological well-being.
Module 1: Introduction to Cognitive Ecology
In this block, we move away from the “object vs. subject” dichotomy, treating the environment as an extension of the human body.
* From Visual to Bodily: Why we “feel” the weight of columns or the lightness of vaults within our own muscles.
* Embodied Simulation Theory: How the brain subconsciously mimics the actions and states suggested by architectural forms.
* Architectural Resonance: The phenomenon of aligning spatial rhythms (light, proportions, patterns) with human internal biorhythms.
Module 2: Geometry and the Brain
An analysis of how specific visual stimuli activate different regions of the brain.
* Curvilinear vs. Angular Forms: Why sharp angles activate the amygdala (the fear center), while smooth lines trigger the reward system.
* Fractals and Nature: Studying “stress reduction” through the contemplation of self-similar structures in architecture and the living environment.
* Scale and Proprioception: How ceiling height influences abstract thinking and creativity.
Module 3: Multisensory Design
Design is not just what we see. We explore the “hidden” senses that shape atmosphere.
* Acoustic Comfort: Psychoacoustics and the impact of reverberation on cortisol levels.
* Tactility and Memory: The role of textures (wood, concrete, textiles) in creating a sense of security.
* Olfactory Design: Using scent for navigation and the emotional encoding of a space.
Module 4: Evolutionary Patterns in Interiors
Why do we feel comfortable in certain places? Appealing to the “primitive” brain.
* Prospect and Refuge: The architectural embodiment of the basic need to see without being seen.
* Biophilia: Moving beyond “plants in the office” to the integration of natural processes into building structures.
* Light and Circadian Rhythms: Designing lighting systems that support hormonal balance.
Practical Block (Workshops)
* Emotion Mapping: Students analyze an urban location, recording bodily reactions (heart rate, facial expressions) at various points.
* Project “Resonance”: Creating a concept for a meditation or deep-work room based on neuroscience data.
* Critical Analysis: Deconstructing famous architectural landmarks (from the Parthenon to Zaha Hadid) through the lens of cognitive response.
