S. S. Mazlan
Papers
1
Total Citations
3
H-Index
1
About
S. S. Mazlan is a pioneering researcher in computational design and robotic fabrication for timber structures, with a focus on reciprocal frame systems and free-form architecture. Their most notable contribution is the development of design-to-production workflows that integrate parametric modeling with robotic assembly methods, as demonstrated in the "100 Years Bauhaus Wood Pavilion" project. This work addresses the topological challenges of reciprocal tessellation—where joints connect only two members—by creating computational tools that automate the generation and fabrication of complex timber geometries. While their citation count is modest (3 citations for their flagship 2020 paper), the impact of their research is evident in its practical application: the Bauhaus Pavilion serves as a built proof-of-concept for scalable, sustainable timber construction. Mazlan’s achievements include bridging the gap between digital design and physical production, enabling efficient assembly of non-standard structures without traditional scaffolding. Their work is particularly relevant for researchers exploring robotic construction, reciprocal frame theory, and the intersection of computation and materiality in architecture.
Research Focus
Key Achievements
Top Papers
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