Page 117 - Winter Issue

Wei Lin

Wei Lin is an architect and artist who integrates architectural design with visual art. He holds both
Bachelor’s and Master’s degrees from esteemed institutions in the United States, where he has
garnered recognition for his innovative work and artistic vision in both the USA and China.
Wei's artistic journey is marked by notable exhibitions, including the CCIA 5th National Ceramic
Creative Design Competition, the "Wanderlust and Nostalgia in the New Age" Art Exhibit at the Penn
Museum, and the 2024 Interior Design Show in Vancouver. These exhibitions not only bear witness to
his intercultural communication through the medium of art, but also show that his unique insights in
the new age of digital-orientation.
Wei’s artistic practice reflects his manifesto for creating art in a rapidly changing world. He enhances
his artistic endeavors by synergizing computational design and digital fabrication to produce
innovative works that seamlessly merge art with technology. Wei believes that advancements in
science can stimulate diverse design methodologies and bridge the gap between art and the public.
His deep understanding of technology and science empowers him to communicate effectively
and rationally with audiences worldwide.

Fractal Growth
Ceramic,
16x16x20cm, 2024

The patterns in nature are often irregular and fragmented, prompting us to explore the morphology of the amorphous. Complexity Science
enhances our understanding of the natural world, with "Fractal Geometry" providing powerful tools for objectively and realistically describing
complex systems. This field remains invaluable in quantifying the inherent complexity of objects.
My ceramic sculpture serves as a "growth simulator" that offers a novel perspective on the principles of fractal geometry and their application to
the description and measurement of nature. Through a mathematical and rational framework, I employ computational design methods to
simulate a growth process that reflects these natural patterns. By utilizing ceramic 3D printing technology, I achieve remarkable dimensional
accuracy and structural integrity.
The work mimics the morphological record of an amorphous sprout. It is based on algorithms derived from fractal dimensions and utilizes
iterative generations to reveal the mysteries within the complexity of the real world. "Fractal Growth" invites viewers to reflect on the intricate
interplay between nature and mathematics, showcasing how these systems can inform and inspire artistic expression.

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