New design paradigms for workplace well-being: from the traditional office to regenerative spaces

Over our lifetimes, we spend more than 81,000 hours at work, which is approximately 2,000 working hours per year. However, according to the 2024 HR Observatory of the Politecnico di Milano, only 9% of workers report feeling well in all three dimensions of workplace well-being (psychological, physical, and relational). 36% of employees change jobs in search of greater physical and mental well-being, and 93.7% consider this aspect essential to their happiness, as highlighted in the 2024 Censis–Eudaimon Report on Corporate Welfare.

These figures show that the workplace, far from being a neutral container, is increasingly an ecosystem that shapes who we are and what we can become.
In light of this, it is essential to view these spaces as living organisms, capable of influencing not only what we do but, even more profoundly, how we feel and what we express after the workday ends.

Work psychology has shown that a satisfied employee is more motivated, experiences more positive emotions, identifies more strongly with their work, and actively contributes to the organisation’s value.

For this reason, well-being is now, in every respect, a strategic lever. Research demonstrates that health promotion programmes in the workplace reduce absenteeism, increase motivation, and enhance performance.

Productivity vs. Performativity

In this context, it is important to distinguish between productivity and performativity. Productivity measures how much we do, while performativity refers to the quality of presence: the ability to concentrate, mental clarity, openness to relationships, and the capacity to generate ideas.

Designing today requires moving beyond a results-driven logic and adopting a performativity-oriented approach. From this perspective, space becomes an enabling factor. When the environment aligns with the organisation’s rhythm and with people’s sensory and cognitive needs, decision-making clarity increases, stress is reduced, and operational effectiveness improves.

How are these results achieved? Through a design process that employs environmental monitoring systems, psychometric tools, and digital technologies to measure parameters such as air quality, natural light, acoustic levels, and thermo-hygrometric conditions.

Using analytical methodologies and artificial intelligence, this information is translated into indicators and guidelines that inform design choices: spatial configurations, environmental control strategies, areas dedicated to regeneration, and devices that promote the inclusion of diverse functional modalities.

This approach enables the design of an advanced workplace – an attentive ecosystem that supports a variety of cognitive functioning styles and accompanies people throughout their professional lives.

The WHO Global Framework for Healthy Workplaces

For several years, companies have adopted a multidimensional approach to well-being. As early as 2010, the WHO Global Framework for Healthy Workplaces placed four interdependent dimensions at the centre: the physical environment, personal health, the psychosocial environment, and participation of the organisational community.

This perspective leads to the design of workspaces that integrate the control of environmental variables such as air quality, light, and acoustics, as well as aspects like perceived crowding and privacy. These spaces must also be customisable, allow user control, and support social relationships.

Evidence-based and data-driven design

To translate these principles into real spaces, DVArea has developed an evidence-based and data-driven method structured around the following steps:

1. Measurement: We collect environmental data (CO₂, volatile organic compounds, particulate matter, temperature, humidity, light, and noise), as well as physiological and psychological data, using sensors and questionnaires validated by the scientific community.

2. Analysis: Through psychometric analyses, algorithm development, and with the support of artificial intelligence and machine learning, we aggregate data and draw inferences. This enables us to build predictive models of well-being and define design indicators both before and after intervention.

3. Design translation: We convert evidence into concrete design choices: layouts, thermal and acoustic comfort strategies, intelligent ventilation systems, devices for personal regeneration, and inclusive spaces.

From data to design: translating knowledge into space

The collection of heterogeneous data – sensory, psychometric, organisational, and physiological – is the foundation of every design decision. When environmental sensors detect CO₂ concentrations above 1,000 ppm or thermal peaks that compromise cognitive performance, the response is not merely technical but systemic: HVAC systems are rethought, bioactive materials are introduced, and layouts are reconfigured to promote air circulation.

When questionnaires reveal, as has occurred in our experience, that 86% of people desire more natural light or that 79% seek spaces for regeneration, the design responds by expanding glazed surfaces and integrating green barriers, wellness paths, and areas dedicated to psychophysical recovery. Every choice is supported by a well-being metric; every intervention is guided by evidence.

The building as an adaptive system

Beyond the design phase, the intervention continues during operation: continuous monitoring transforms space into a responsive organism. A distributed sensor network collects data 24/7, feeding a digital model (BIM) that goes beyond system management to place user experience at its core. This is known as a cognitive building: a space that recognises the needs of its occupants and dynamically adapts to support their performance and well-being.

Integrated design also means thinking in terms of sensory gradients rather than isolated functions. A flowline running through the building connects areas of high and low stimulation, allowing people to choose autonomously where to position themselves based on their cognitive functioning and the type of activity they need to perform. This continuum supports attentional regeneration and reduces psychophysical activation levels, transforming space into a tool for self-regulation.

Dalla scala architettonica alla microarchitettura 

Questo metodo si applica a scale diverse: dalla riqualificazione di singoli ambienti alla progettazione di interi headquarter, fino a microarchitetture immersive che concentrano i principi della rigenerazione in moduli compatti e sensorialmente controllati. In ogni scala, l’approccio rimane lo stesso: raccogliere dati, tradurli in scelte progettuali, validare l’impatto. 

Luci dinamiche, elementi naturali, texture tattili, controlli personalizzabili: ogni dettaglio è calibrato per offrire alle persone la possibilità di autodeterminare la propria esperienza spaziale.  

The workplace as a multisensory ecosystem

Organisations that adopt this approach go beyond merely improving the physical environment: they redefine the relationship between space, culture, and well-being. The layout reflects corporate values, supports diverse cognitive styles, and fosters inclusion. The relationship with greenery and the landscape is not decorative but strategic, through health-oriented pathways, corporate gardens, green roofs, and visual continuity between indoor and outdoor spaces.

The result is a space that recognises the value of unproductive time and leverages it strategically. It is a space that helps people feel well in order to perform better, alternating stimuli and pauses, concentration and regeneration, work and social interaction.

Towards a new design culture

Designing for well-being requires interdisciplinary expertise – architecture, engineering, environmental psychology, and data science – and a willingness to place people, not just function, at the centre. It calls for a shift from a prescriptive to a participatory logic, from standardised solutions to customisable configurations, and from static spaces to adaptive ecosystems.

The integrated method we propose demonstrates that well-being is measurable, designable, and scalable – and that investing in the quality of space means investing in the quality of work, organisational life, and people’s health.

Manuel Romeo
Architect | Partner DVA | Technical Director