Umme Zakira

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About

Umme Zakira is a rising researcher in advanced manufacturing, whose work is reshaping the understanding of robotic 3D printing for large-scale construction. Her primary focus lies in the mechanics of additive manufacturing, specifically investigating how process parameters—such as print speed, layer height, and material flow—affect the structural integrity of printed components. Her most-cited paper, "Impact of robotic 3D printing process parameters on interlayer bond strength" (2022), has garnered 39 citations, establishing her as a key voice in optimizing interlayer adhesion, a critical challenge for durable printed structures. This contribution is pivotal for advancing robotic fabrication from prototyping to reliable, real-world applications. Zakira’s research bridges materials science and robotics, offering practical insights that enhance the strength and longevity of 3D-printed concrete and composites. Her work is particularly notable for its potential to revolutionize sustainable construction, reducing waste and enabling complex geometries. As a scholar, she is recognized for her meticulous experimental approach and her ability to translate complex mechanical behaviors into actionable guidelines for engineers. For students and researchers, Zakira exemplifies how targeted parameter studies can unlock the full potential of robotic manufacturing.