During this exploration, I was provoked by the age-old questions of how design systems can harmoniously integrate with their surrounding environments. How can one bring nature into architectural design, while maintaining its organic beauty.

Within this section, I continue my investigation into computational design systems, extending my focus on pattern studies, the creation of new systems and growth simulations. To bring these ideas to life, I used the power of Grasshopper scripting software and employ various scripts and plugins, including “Shortest Walk” and “Differential Growth.”

This series of nine axonometric and nine plan drawings showcase the captivating 3D forms I generated. These forms are born from the application of the differential growth algorithm, with each set of three forms originating from distinct base shapes. I documented of the specific parameters used to shape each form, offering a glimpse into my creative process.

The plan drawings capture the dynamic evolution of these forms through contour drawings. They convey a sense of depth and complexity through varying line weights, with the lightest lines representing the base shape and the heaviest lines showcasing the final curve iteration.

Adding a tangible dimension to this digital exploration, I brought these differential growth forms to life through 3D printing.