Dana Maier
Papers
2
Total Citations
32
H-Index
2
About
Dana Maier is a researcher at the forefront of digital fabrication and structural optimization in construction. Her work centers on the integration of robotics and advanced formwork technologies to enable the cost-effective realization of topology-optimized concrete structures. Maier’s major contributions lie in developing robotic abrasive wire-cutting techniques for polymerized styrene (expanded polystyrene) formwork, a method that dramatically reduces material waste and labor costs while allowing for geometrically complex, structurally efficient designs. Her two most-cited papers, both published in 2018, have collectively garnered over 30 citations, establishing her as an emerging voice in the field of automated construction. Notably, her research bridges the gap between computational design and physical fabrication, demonstrating how robotic processes can make lightweight, topology-optimized concrete elements viable for real-world applications. Maier’s work is particularly influential for students and researchers exploring sustainable construction methods, as it offers a practical pathway to reduce the carbon footprint of concrete structures through material-efficient design and automated production.
Research Focus
Key Achievements
Top Papers
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