Maria Garlock

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About

Maria Garlock is a leading researcher at the intersection of structural engineering and advanced digital fabrication. Her work centers on developing bio-inspired, architecturally efficient structural systems, with a particular focus on concrete additive manufacturing (AM) and the mechanical performance of steel plate girders. Garlock’s most notable contribution is her pioneering investigation into sinusoidally architected concrete enabled by robotic additive manufacturing. Her 2024 paper on this topic, which has already garnered 20 citations, demonstrates that bio-inspired sinusoidal geometries can significantly outperform monolithic, cast counterparts, offering a path toward lighter, stronger, and more material-efficient concrete structures. In parallel, her research on low-frequency sine webs for plate girders (2019) proposes an innovative alternative to traditional transverse stiffeners, improving shear buckling performance while reducing material use. Garlock’s work is highly impactful for students and researchers interested in sustainable design, digital construction, and structural optimization. Her achievements highlight how merging nature-inspired forms with robotic fabrication can redefine the limits of structural performance and resource efficiency in civil engineering.