Case Study: The Impact of Biophilic Design in Urban Workspaces

The Spheres interior rendering

In our biophilic design series, we’ve explored the principles of bringing nature into architecture and the practical techniques architects use to create nature-inspired interiors. Now, let’s zoom in on a real-world example that showcases biophilic design at its most ambitious: Amazon’s The Spheres in Seattle, USA. This iconic workplace, designed by NBBJ, is a testament to how biophilic design can transform urban workspaces, boosting employee well-being, creativity, and sustainability. For architecture students, The Spheres offers a masterclass in balancing bold vision with practical execution. This article dives into the project’s biophilic elements, its measurable impacts, and the lessons you can apply to your own designs. By the end, you’ll be inspired to reimagine workspaces as vibrant, nature-infused environments—and maybe even sketch one yourself.

The Spheres: An Overview

Opened in 2018, The Spheres are three glass-domed structures integrated into Amazon’s urban campus in Seattle’s Denny Triangle. Unlike traditional office buildings, The Spheres are an indoor rainforest, housing over 40,000 plants from 30 countries, winding pathways, and collaborative workspaces. Designed to foster innovation and relaxation for Amazon employees, the project embodies biophilic design’s core mission: to reconnect people with nature in densely built environments.

The Spheres interior rendering
The Spheres interior rendering

In 2025, The Spheres remain a global benchmark for workplace design, especially as companies prioritize employee mental health and sustainability post-pandemic. The project’s success lies in its seamless integration of nature into a high-tech, urban setting, proving that biophilic design can thrive even in corporate contexts. For students, The Spheres offer a case study in how architecture can address modern challenges—stress, disconnection from nature, and environmental impact—while creating functional, inspiring spaces.

Biophilic Design Elements in The Spheres

The Spheres incorporate a range of biophilic design strategies, drawing from the principles we discussed in our first article: direct experience of nature, indirect experience of nature, and experience of space and place. Below, we analyze the key elements that make The Spheres a biophilic masterpiece.

1. Direct Experience of Nature: Indoor Rainforest and Greenery

At the heart of The Spheres is its lush indoor ecosystem, featuring trees, ferns, orchids, and epiphytes across multiple levels. The planting scheme mimics a tropical rainforest, with a 60-foot “Rubi” ficus tree as a centerpiece.

Indoor Rainforest Ecosystem | Direct Experience of Nature: Indoor Rainforest and Greenery
Indoor Rainforest Ecosystem | Direct Experience of Nature: Indoor Rainforest and Greenery
  • Implementation: Plants are supported by custom irrigation and climate control systems, maintaining humidity and temperature akin to a natural forest. Living walls and hanging gardens maximize greenery in vertical spaces.

  • Impact: The dense vegetation provides a visual and sensory connection to nature, reducing stress and enhancing mood, as supported by studies like those in Scientific Reports (2019) showing nature exposure lowers cortisol levels.

  • Student Takeaway: Consider how vertical greenery can transform small spaces. In a studio project, design a compact atrium with a living wall to mimic this effect.

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Low Carbon House Design Methodology

Sustainable design principles

Stepwise procedure for designing the low carbon house

Step One

Identifying nationally recognized methods for assessing the environmental performance of new buildings in the UK.

Most widely used methods include Code for Sustainable Homes (CSH) 2006 and British Research Establishment Environmental Assessment Method (BREEAM). Other methods include Association for Environment Conscious Building (AECB) Silver and Gold and PassivHaus.

Policies for Sustainable Development in Brighton and Hove

The City Plan Policy CP8 for Sustainable Buildings supported by Supplementary Planning Documents, SPD 08 – Sustainable Building Design is expected to deliver viable development that considers community aspirations, environmentally sensitive, high quality, adequate infrastructure and helps in mitigating the impacts of climate change by gradually transitioning towards achieving a low carbon economy (NPPF, 2012).

National Planning Policy Framework, 2012 expects the local plan policy to play an active role in guiding the development that is viable and sustainable. The principles of One Planet approach have been adopted by the Brighton & Hove City Council which aims at radical reductions in greenhouse gas emissions by reducing energy consumption before the construction and after it is built. Mitigating the impacts of climate change is an important aspect of delivering Sustainable development (Low Carbon Construction, 2010).

Her Majesty’s Government proposed Climate Change Act in 2008 which was the world’s first long-term legally binding framework to tackle the dangers of climate change. It include a statutory commitment to reducing the carbon dioxide emissions by 34% by 2020 and 80% by 2050.

Step two

One Planet living principles

It provides a framework that helps us examine and evaluate the sustainability challenges that we face and develop action plans in order to create a sustainable and healthy environment.

Sustainable design principles
One Planet Living. Source: bioregional.co.uk

The ten principles are as follows:

  • Zero Carbon
  • Zero waste
  • Sustainable transport
  • Sustainable materials
  • Local and sustainable food
  • Sustainable water
  • Land use and wildlife
  • Culture and community
  • Equity and local economy
  • Health and happiness

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Which tools are responsible for shaping our cities?

Identifying factors responsible for shaping our cities

Studying and analyzing the growth of towns at a superficial level gives us a complete idea of the growth of towns and its division of towns depending on its size and population.

To study the growth of towns in depth and to identify the reasons for the development of towns and cities for the way they developed, three tools have been studied. These could be used as design tools for the design of new towns.

  1. Transportation Planning
  2. Land use planning
  3. Food

tools for citiesInteresting facts about how food shaped our cities

  • We consume good wherever we go since it is our need for survival.
  • For consumption we need to produce…
  • With more and more people moving into the cities, the natural landscapes are being destroyed.
  • We consume meat.
  • Animals are fed which increase the need for more crop production to feed animals and then animals are consumed by us.
  • By 2050, it is estimated that twice of us are going to live in the cities. So, there will be 6 billion hungry carnivores to feed by 2050

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Design of towns today | Sustainable Town planning

What is town planning?

The difference between town planning and architecture should be noted. The town planning expresses an era. The architecture reveals its spirit.

Evolution of planning

In the ancient times, the primitive men used to stay in tribes and they formed groups for mutual protection for carrying out business activities and maintaining a social life. The location of the settlements was decided taking into consideration the ease of defense, climatic factors, business facilities etc.

radial network london
Combination of concentric and radial pattern | London

As such cities, are as old as civilization as seen from the verbal connection between the words ‘city’ and ‘civilization’. By civilization, we mean urban civilization. There were obviously human groups before that period.

Designing towns today

Today, designing towns is not as easy as it used to be in the past. We have to deal with problems that did not exist in the past.

The requirements for the design of towns today:

Road network for cars

Town planning professionals have to consider the planning for the next 40 years while they plan the road network for the new city. Designing the road network itself constitutes a lot of complex calculations including increase in population density, wealth, increase in the number of private vehicles, public transport etc.

Public transport

We have to hire transportation planning professionals in order to establish an efficient public transport network for the automobiles. But this is not possible only with the help of transportation planning professionals. Town planners and transportation planning professionals have to work hand in hand in order to complement the road network with the new public transport.

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