This is an architectural master's project that takes a deep dive into the fascinating world of fractals, and how a their study can enhance the built environment. With a passion for mathematics and a deep curiosity for the natural world, the aim of this project was to explore the relationship between geometry and modern fabrication techniques. As the research progressed, it became evident that fractal geometry holds a wealth of opportunity for digital design, particularly in the development of beautiful grid-shells. By using minimal surfaces and geodesic curves, the study led to the discovery of a novel method of generating grid-shells that are both aesthetically pleasing and efficient. Additionally, the process of increasing the surface area non-uniformly helped gain a deeper understanding of how to add complexity to grid-shells while maintaining their performance. Grid-shells are not only incredibly efficient, but also visually stunning when designed well. This project offers a glimpse into what the future of grid-shell construction could look like, and has even inspired further research into the application of Japanese Kagome Weaving techniques. The ambition for this project is also to encourage a deeper appreciation for the beauty and efficiency of grid-shells as light-weight structures in the built environment. The full project can be found here: tinyurl.com/Prokariopolis Supplementary project research can be found here: tinyurl.com/fractal-dimensions tinyurl.com/developing-fractals tinyurl.com/gridshell-form-finding