Architecture imitates nature’s functions, forms, and parts in order to solve the problems of sustainability, efficiency, strength, durability and more.
Nature displays its solutions to these problems through endless examples, which appear everywhere on this planet.
These processes will be used to influence the design and function of a medical research, manufacturing, and therapy facility that focuses on advanced robotic prosthetics.
By mimicking a variety of elements from nature, the final composition will not only respond to the activities within the building, but also to the surrounding environment.
Through the comparison and examination of existing biomimetic applications, this paper elaborates on distinct approaches to biomimicry that have evolved.
A framework for understanding the various forms of biomimicry has been developed, and is used to discuss the potential of the various cases.
The relationship and connection between architecture and nature is one that has brought forth many questions, criticisms, and solutions.
Today there is a new form of design that was introduced several years ago which requires modern man to look at the natural processes found in nature for inspiration.
In this thesis, biomimicry is de ned as mimicking nature by understanding and learning from the processes, materials, structures and systems found in nature, and utilising the results in comparable man-made designs, applications, methods or procedures to achieve more sustainable solutions to any given problem.
Biomimetics is a direct predecessor of architectural biomimicry, and the terms are sometimes used interchangeably.