Luis Borunda

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About

Luis Borunda is a pioneering researcher at the intersection of architecture, robotics, and advanced manufacturing. His work centers on computational design and large-scale additive manufacturing, with a particular focus on developing novel robotic fabrication techniques for complex structures. Borunda’s major contribution is the creation of Free-Oriented Additive Manufacturing (FOAM), a groundbreaking robotic fused deposition modeling method that enables the production of thermoplastic lattice and cellular structures with unprecedented spatial flexibility. This technique, detailed in his most-cited paper (5 citations), allows for variations in deposition direction and geometry, overcoming traditional 3D printing constraints. His subsequent work on hierarchical structures computational design (2 citations) further advances the field by exploring how rapid prototyping can reproduce highly complex architectural forms. Borunda’s research is notable for bridging the gap between digital design and physical construction, demonstrating how robotic automation can revolutionize building practices. His achievements highlight the vast potential for situated robotics in architecture, offering scalable solutions for creating intricate, customized structures that were previously impossible to manufacture efficiently.