Designing for Sensory Experience

Designing for well-being is shifting from a niche concern to a core principle of spatial design. This shift begins with a different starting point: the body as the primary instrument through which space is experienced.  

The design industry has become highly sophisticated in how spaces look, but far less so in how they feel to inhabit. Well-being is still frequently treated as something that happens in designated spaces—spas, retreats, wellness rooms—rather than as a condition shaped by every design decision we encounter.  

From the moment we enter a room, light, sound, air, and materiality begin to influence our physiological state, affecting mood, attention, and stress, often below conscious awareness. In this sense, design is not neutral. It continuously regulates how we feel.  

Croatia’s urban culture has evolved throughout history, characterized by the emergence of historical, dense, and walled cities, such as Split, Dubrovnik, Korčula, Zadar, Pula, and Rovinj, among others. Since the nineteenth century, the development of travel culture has transformed the rest of the coastline and shaped today's tourism sector. The period of late modernism during the 1950s brought about a significant growth in tourism infrastructure. In addition to outstanding architectural examples, meticulous urban planning and the development of multiple facilities—including not only accommodations but also leisure projects, coastal belts, waterfronts, and beaches—were very important.

Neuroaesthetics, a field at the intersection of neuroscience and design, offers a framework for understanding this interaction. Alongside it, sensory design focuses on how multisensory inputs—not just visual elements—shape our experience of space. Together, they point toward a shift from designing for appearance to designing for experience.  

This idea is not entirely new. Juhani Pallasmaa and others wrote about multisensory design decades ago, pointing out that we register far more than what we see. The sound of a floor underfoot, the temperature of a surface, and the way acoustics shift as we move all communicate something, and the body is listening. What is changing now is not only awareness but also our ability to measure and design for that experience with greater precision.  

The built environment is often understood as a container, something we move through. But in practice, it functions more like a relationship. The body shapes how space is perceived, and space, in turn, shapes the body's internal state. Spatial intelligence is the capacity to design with that relationship in mind.  

From a neuroaesthetic perspective, environments can be read in terms of sensory load, coherence, and recovery potential, whether a space depletes attention, sustains it, or allows the nervous system to reset.  

Atmosphere emerges within this exchange, not from objects or materials alone, but from their interaction with human physiology. Light regulates circadian rhythms, influencing alertness and sleep. Sound affects stress levels and cognitive focus. Air quality and scent shape breathing patterns and emotional responses. These mechanisms allow design to directly alter how we feel.  

This has clear implications for practice. Designing for sensory experience means moving beyond what users say they want toward understanding what their bodies need, which is a shift from preference-led design to physiology-informed design. Preferences are shaped by visual trends and cultural expectations, while the body responds according to entirely different criteria.  

In practice, this might mean approaching lighting as a sequence rather than a static layer, supporting transitions in alertness throughout the day. It might involve introducing acoustic variation within a space or selecting materials not only for appearance but also for their thermal and tactile qualities over repeated use.  

From this perspective, every environment places a load on the nervous system. Consider an open-plan office with its fluorescent lighting, hard surfaces, and minimal acoustic variation. The body adapts continuously, and that adaptation has a cost. Spaces that are coherent, rhythmic, and sensorially balanced allow the body to settle, supporting focus, recovery, and sustained attention.  

This also introduces a temporal dimension to design. The question is no longer only how a space is perceived upon entry but also how it is experienced over hours and with repeated use. An environment that feels stimulating in the short term may become quietly fatiguing by the end of the day. One that feels understated may prove far more supportive over time.  

These ideas are especially relevant in spaces of daily ritual. Bathrooms are among the few environments where the body is not only present but also foregrounded, as it is exposed to water, temperature shifts, sound, and light in direct, immediate ways. Yet they are still largely designed as visual compositions.  

This represents a missed opportunity to design for physiological transitions—from stimulation to recovery, from cognitive load to sensory reset. Water, light, temperature, and acoustics converge here in ways that directly affect the body, from morning alertness to evening relaxation. Designing these environments with greater sensitivity to sensory experience offers an opportunity to embed well-being into everyday routines, rather than isolating it as a separate function.  

This shift is beginning to take shape in practice. Studios such as Nestwell™ are exploring what it means to design from the perspective of the nervous system, structuring environments around recovery, regulation, and sleep quality, rather than visual identity alone. Lighting is calibrated to circadian rhythms, acoustics are integrated into spatial composition, and materials are selected for their tactile and thermal properties as much as for their appearance. The result is not simply a different aesthetic but a different performance, in spaces that actively support restoration rather than quietly depleting it. 

The spaces that serve people best are not those designed to impress on entry, but those shaped by an understanding of how the body inhabits them over time. This is what spatial intelligence means in practice, a shift in where design thinking begins: with the body, before the brief.  

Main image: Atmosphere emerges through the interaction of body, light, and space. Photo ©  Agustín Farías