Introduction
Semiramis, an architectural installation erected in 2022 at the entrance of the Tech Cluster Zug in Switzerland, stands as a symbol of the evolving collaboration between artificial intelligence and human creativity. Designed to transcend conventional urban structures, Semiramis serves as a vertical habitat for plants and local wildlife, blurring the boundaries between artificial and natural environments.
Design and Fabrication
Utilizing innovative techniques in interactive computational design and digital fabrication, Semiramis was conceived and constructed through a collaborative effort involving ETH Zurich, Gramazio Kohler Research, and other partners. Machine learning algorithms facilitated the generation of optimal spatial compositions, while custom tools enabled the precise shaping and assembly of its wooden pods.
Robotic Assembly
A groundbreaking milestone in robotic fabrication, the assembly of Semiramis involved the synchronized operation of four robots in an additive manufacturing process. Developed in partnership with Intrinsic, this process enabled the efficient bonding of cross-laminated timber plates, facilitating the creation of intricate folded wood structures on a large scale.
Vertical Landscaping
Müller Illien Landscape Architects contributed to the vertical landscaping concept within Semiramis’s pods, creating a self-sustaining ecosystem inaccessible to humans. This living landscape, shielded from human interference, offers a glimpse into the harmonious coexistence of nature and technology.
Reflections on Nature
Beyond its architectural significance, Semiramis prompts contemplation on humanity’s relationship with nature. As the surrounding urban landscape evolves, Semiramis stands as a testament to sustainable urban development, providing a sanctuary for both wildlife and human inhabitants.
Environmental Benefits
With its green densification and centralized irrigation system, Semiramis offers respite from the urban heat while filtering sunlight to create shaded areas below. This microclimate enhancement underscores Semiramis’s commitment to environmental sustainability and user comfort.
Conclusion
Semiramis represents a convergence of cutting-edge design, technology, and ecological consciousness. As a beacon of innovation in the heart of Zug, Switzerland, it embodies the possibilities of harmonious coexistence between nature and urban infrastructure. Through its thought-provoking design and environmental stewardship, Semiramis sets a precedent for future urban developments striving for balance and sustainability.
