Spiraling Grounds Part 2 Project 2023 Omar Allaban American University in Dubai | UAE The thesis explored the field of evolutionary biomimicry mathematically, biologically, and artistically to come up with a new design methodology that can create buildings that blend better with nature instead of disrupting it. This was done by studying the mathematical development of organic patterns on both the macro and micro scales to understand how to mimic them in their beauty and efficiency in filling spaces. The research found that methods of growing our buildings by simulating the development process of organisms are still not possible due to technological limitations, but they can prove to be a revolutionary success in the fields of energy efficiency if achieved, and can dramatically alter how our city skylines look in the future. This means that the field of biomimicry is in need of research and development since it has only existed for the past 30 years. The best solution found after the conclusion of the research is an injection of an organic form into the artificial urban fabric, contrasting its fluidity and natural form with its surroundings in hopes to inspire and further research the biomimetic methodology in design and motivate its use in art and architecture. The building will function as a research and exhibition campus that serves as an easily accessible public space, allowing for the research and teaching of the plethora of biomimicry fields and subjects. Tutor(s)