Moritz Doerstelmann
Papers
2
Total Citations
74
H-Index
2
About
Moritz Doerstelmann is a pioneering researcher at the intersection of architecture, biology, and computational design. His work centers on process-based biomimetics—translating biological principles into novel architectural construction methods. Doerstelmann’s major contributions are exemplified by his role in the ICD/ITKE Research Pavilions, which have redefined lightweight building through robotic fabrication. The 2014–15 Pavilion (42 citations) drew inspiration from the water spider’s web, demonstrating how fiber placement on a pneumatic body can create resilient, material-efficient structures. The 2013–14 Pavilion (32 citations) advanced modular coreless filament winding, mimicking beetle elytra to produce high-performance, segmented shells. Together, these projects showcase a radical departure from traditional construction, leveraging computational design and robotic winding to achieve unprecedented geometric complexity and structural efficiency. Doerstelmann’s work has garnered significant attention, with these pavilions serving as landmark case studies in digital fabrication and bio-inspired architecture. His achievements highlight a visionary approach that merges natural principles with cutting-edge technology, offering a compelling blueprint for sustainable, adaptive building systems.
Research Focus
Key Achievements
Top Papers
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