Biotechnology in Architecture: Building Homes that are Alive

For many centuries, architects have continued to amaze the world as they continue to design more complex buildings thanks to fast advancing technological development. Architecture and nature have been closely related to building design reflecting a certain part of nature or being inspired by nature.

Recently, biotechnology architecture has begun taking root with structures that intertwine with nature being designed and thereby creating harmony and favoring natural equilibrium. What has for many years be seen as stories only achievable in fantasy and sci-fi books is now a reality.

Nature contributes a lot to building materials

From traditional homes, complex modern squares to places to spend holidays, you will find natural material in every square inch of any building. Cement is mined from limestone, metal ore is processed to produce metal, trees are cut for wood, and so on.

green home on a mountain slope

Without natural material, it would be impossible to build any lasting structures. One thing will always remain as truth and it is the fact that all houses are built in collaboration with nature.

From books to reality

The Hobbit was written in 1937 by J.R.R Tolkein. The fantasy novel was awarded by New York Tribune as the best novel for children. Hobbits lived in houses that looked like holes in the mountains. The fantasy book inspired the writing of Lord of the Rings, followed by Hobbit movies, cartoon characters, and games.

Architecture lovers inspired by the fantasy novel have to date put some greatly striking house projects around the world. Some of the projects are Woodland Home – West Wales, Hobbit Hotels – New Zealand, and the Dune House, USA.

Another important novel is Hyperion, a Novel by Dan Simmons, published in 1989. He describes a creature named Shrike that is worshipped by some, some want to destroy it and some fear it. Yggdrasill, which connects the seven worlds, inspired some architects to designed Yggdrasill homes, bringing them to reality.

The Veldt by Ray Bradbury has a lot of lessons that college students can learn and turn into practical lessons. The themes presented in The Veldt college essay samples on EduZaurus provide an even greater way to better learn the lessons contained in this book.

There many more books and essay examples that contain lessons about the future and students can study them and write wonderful essays. Even after referring to the essay examples and books, a student can seek help from a writing service if they want more quality work.

Importance of biotechnology architecture

For many years. Biotechnology has been applied to improve plant species for better production. The technology later advanced to include animal species where cross-breeding was first adopted before technology advanced to the use of genetics.

Today, biotechnology is used to develop better products, fight diseases, reduce harm to the environment, produce cleaner energy and promote safer manufacturing processes. Biotechnology architecture relies on information instead of form. Its recommendations are not based on the structure of a building but its behavior.

Living homes

Using biotechnology in architecture, bio architects envision future homes as homes that are alive. When biology and engineering are brought together, building structures that are part of nature can become a reality. Recent technology has discovered mycelium, a fungus that can grow fast and create material with important structural performance.

use of biotech in architecture

Veldt – a good example of a jungle room

In his book titled The Veldt, Ray Bradbury describes a scenario where some children created a fully automated house. They are living a leisure life and then Peter and Wendy create a nursery, which is a virtual reality room. Interestingly, the room can create any environment-friendly living for the children to live in. The house performs all chores like cooking, laundry, brushing their teeth. Soon, the parents and children realize the nursery is too real.

The sci-fi book is currently 70 years old but its stories continue to live. The fictional stories of a happy life home are today’s real stories. Inspired by the Veldt story, Krista Kim created the first NFT digital house and offered it for sale. Although it’s virtual, the house opened a new door for green homes realty. More real green homes are the Hobbit Holes in New Zealand that have been turned into hotels.

Advantages to future generations

A green home will save future generations from pollution, environmental destruction, and unhealthy lives. Green homes will be able to produce their own energy to power them, heal themselves and provide a healthy environment to live in.

In his book, Ray Bradbury envisioned a future generation that would create a living corner of wildlife in the house. Back in his time in this book, Ray Bradbury raised the question that against the background of developing technologies, a person should be closer to nature and not live in a “concrete jungle” and that a person will try to be closer to nature.

Therefore, the topic of biotechnology will always be relevant. Even when a person colonizes distant planets and flies off the earth in a spaceship, he will still need nature to survive and maintain inner harmony.

Conclusion

Bioscientists and architects look forward to future green cities whose reality must start today. The once fantasy and sci-fi books have today inspired technology-driven green buildings. The hobbit holes hotels in New Zealand are real testimony that it is possible to bring the future to today and build green homes around the world. It calls for commitment from architects, bioscientists, and governments to bring this vision to reality.

author avatar
Salman Zafar
Salman Zafar is the CEO of BioEnergy Consult, and an international consultant, advisor and trainer with expertise in waste management, biomass energy, waste-to-energy, environment protection and resource conservation. His geographical areas of focus include Asia, Africa and the Middle East. Salman has successfully accomplished a wide range of projects in the areas of biogas technology, biomass energy, waste-to-energy, recycling and waste management. Salman has participated in numerous national and international conferences all over the world. He is a prolific environmental journalist, and has authored more than 300 articles in reputed journals, magazines and websites. In addition, he is proactively engaged in creating mass awareness on renewable energy, waste management and environmental sustainability through his blogs and portals. Salman can be reached at salman@bioenergyconsult.com or salman@cleantechloops.com.

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