“The term ‘Biomimicry’ first appeared in scientific literature in 1962, and grew in usage particularly amongst material scientists in 1980s. Some scientists preferred the term ‘Biomimetics’ or less frequently ‘bionics’. There has been an enormous surge of interest during the last ten years, brought about to a large extent by individuals like biological-sciences writer Janine Benyus, professor of biology Steven Vogel and professor of Biomimetics Julian Vincent, who have all written extensively in this subject area. Julian Vincent defines it as ‘the abstraction of good design from nature’, while for Janine Benyus it is ‘the conscious emulation of nature’s genius’.” (Michael). There is no difference between ‘Biomimicry’ and ‘Biomimetics’, where Biomimicry is used at developing sustainable design solutions and Biomimetics has been applied to the military technology field.
The biomimicry term appeared in 1982 and it was invented and published by the famous scientist Janine Benyus in her most significant 1997 book (Biomimicry Innovation Inspired by Nature). Biomimicry was manifested in her book as “the new science that studies nature’s models and imitating these designs to solve human problems”. She also claimed looking to nature as a “Model, Measure, and Mentor” and she also suggested that the main aim of biomimicry is sustainability. Biomimicry is the most brilliant and genius way to look for sustainable solutions to human’s problem by mimicking and emulating nature in its analogies, phenomenon and patterns. Biomimicry’s main aim is making a great designs by mimicking the different living organisms which have been evolving through 3.8 billion years.
Biomimicry is the study of emulating and mimicking nature, where it has been used by designers to help in solving human problems. From centuries ago designers and architects looked at nature as a huge source of inspiration. Biomimicry argues that nature is the best, most influencing and the guaranteed source of innovation for the designers as a result of nature’s 3.85 billion years of evolution, as it holds a gigantic experience of solving problems of the environment and its inhabitants. The biomimicry emerging field deals with new technologies honed from bio-inspired engineering at the micro and macro scale levels. Architects have been searching for answers from nature to their complex questions about different kinds of structures, and they have mimicked a lot of forms from nature to create better and more efficient structures for different architectural purposes. Without computers these complex ways and forms of structures couldn’t been mimicked and thus using computers had risen the way of mimicking and taking inspiration from nature because it is considered a very sophisticated and accurate tool for simulation and computing, as a result designers can imitate different nature’s models in spite of its complexity. Biomimicry is the study of emulating and mimicking nature, where it has been used by designers to help in solving human problems. From centuries ago designers and architects looked at nature as a huge source of inspiration. Biomimicry argues that nature is the best, most influencing and the guaranteed source of innovation for the designers as a result of nature’s 3.85 billion years of evolution, as it holds a gigantic experience of solving problems of the environment and its inhabitants. The biomimicry emerging field deals with new technologies honed from bio-inspired engineering at the micro and macro scale levels. Architects have been searching for answers from nature to their complex questions about different kinds of structures, and they have mimicked a lot of forms from nature to create better and more efficient structures for different architectural purposes. Without computers these complex ways and forms of structures couldn’t been mimicked and thus using computers had risen the way of mimicking and taking inspiration from nature because it is considered a very sophisticated and accurate tool for simulation and computing, as a result designers can imitate different nature’s models in spite of its complexity.
