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“Hyperloop Technology- Airplane speed at ground level, safely.”

Emily Barbara Kennedy and Thomas Andrew Marting

Biomimicry in layman’s terms is the adaption of qualities from the natural world into our modern day tools, transportation, and environments. An infamous example of this is found within the shape of the Shinkansen (Bullet Train), where its form was somewhat replicated at a larger scale. The aero-dynamic qualities found within this element of fauna is undeniably suited to excel to high-speed traversal through air. Below, I have located two photographs to draw the comparison between the physical structure between the two.

(Kingfisher)

(Shinkansen)

With this introduction to biomimicry, I decided to investigate an article written by Emily Barbara Kennedy and Thomas Andrew Marting. Within ‘Biomimicry: Streamlining the Front End of Innovation for Environmentally Sustainable Products’, the author’s define this phenomenon, “Biomimicry, defined as innovation through the emulation of biological forms, processes, patterns, and systems, is particularly valuable for its focus on solution discovery, as opposed to solution validation” (Kennedy and Marting 40).      

An alluring concept that the authors prompt is that if these environmentally concentrated methods and considerations on both assembly, disassembly, and lifespan of these objects and spaces, are made during the beginning of the design and research process there is freedom and leniency, however, if an entity such as a building is already established then there is limited scope as to how much alteration can take place. (Kennedy and Marting 41).

“Natural selection favours high performance” (Kennedy and Marting 41). I chose this statement as one which makes a case for bio-mimicry. By looking at today's flora and fauna we identify the ingredients of the natural world and the abilities that cater to survival but also allow for life to excel. For life to have existed and survived for millions of years it must have possessed the necessary defense, offensive, and passive traits. 

Aerodynamics, materiality, form, and function. All of these categories have the potential to be examined through an animalistic lens. Authors, Kennedy and Marting, state that, “One company has created environmentally friendly calcium carbonate powder inspired by coral’s carbon dioxide fixing process” (Kennedy and Marting 41), this produces a more sustainable technique to creating the building material of concrete. So biomimicry isn’t depicted solely through the final form of design but can actually form smaller segments that contribute to the final output. 

As a spatial designer passionate about maximising use of eco-design systems when possible. Excess energy consumption seems to be a typical part of our everyday lives in the modern dwelling world. (fact about our energy consumption). 

Biomimicry comes into play when acknowledging that, “Low-energy survival strategies are prevalent in the biological world” (Kennedy and Marting 42). The authors discuss the example of GOJO a company positioned within the hand-sanitizer and body products industry. It was identified that there automatic dispensers biggest detriment to itself and the planet was its excessive energy consumption and need for frequent battery replacement (Kennedy and Marting 42). 

The Biomimicry Informed Solution: 

“Like the heart, the double-acting bladder pump has separate elastomeric chambers walled off from each other by a central spine that incorporates fluid inlet and outlet valves. Coupled drive arms are used to actuate the pump. Energy recaptured from the recovery cycle of one chamber helps compress the other chamber. This bio-inspired technology provides an estimated 50 percent energy savings compared to analogous pumps currently used by GOJO, with potential for up to 80 percent energy savings when combined with optimized valves and product formulations.” (Kennedy and Marting 44)          

Emily Barbara Kennedy and Thomas Andrew Marting helped shape some of my personal thought and ideas, whilst providing some revolutionary examples of biomimicry between three considerable groups product design, construction, and traversal systems. The scenarios resulted in improvements in efficiency, sustainability, and movement. As a spatial designer, not only do I find the functional improvements appealing but also the possibilities within aesthetics makes me eager to experiment. Take, for example, Shinkansen, the protruding front end extends and shrinks toward a relatively small area. Almost replicating the manner in which the kingfisher's beak angles from the top of the head downward.

I think the manner that I will address biomimicry in will begin with looking at the current construction methods of New Zealand’s mass developers and find ways of improving self sufficiency and use of eco design systems. A focus on the moment that this living will provide.    

  Photograph Links: 

https://www.japan-guide.com/e/e2018_hokkaido.html

https://canalrivertrust.org.uk/enjoy-the-waterways/canal-and-river-wildlife/a-spotters-guide-to-waterway-wildlife/kingfisher-waterway-wildlife

  MLA Cite: 

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