Laurence Douny

Papers

Total Citations

H-Index

About

Laurence Douny is a pioneering researcher at the intersection of architecture, digital fabrication, and augmented reality (AR). Her work reimagines how craftspeople interact with complex material systems, focusing on "partially ordered" structures—where materials are not rigidly predetermined but respond to environmental and human input. Douny’s key contribution lies in developing "minimal machines," AR-supported technologies that provide real-time feedback to builders, enabling adaptive, filament-based construction. This approach bridges traditional craftsmanship with computational design, allowing for more intuitive, error-tolerant assembly processes. Her most cited paper, "Minimal machines: augmented reality for filament-construction of partially ordered systems in architecture" (2023), has garnered 3 citations, reflecting its emerging influence in the field. Douny’s work is notable for its practical application in architectural construction, where she demonstrates how AR can enhance human skill rather than replace it. By integrating wearable tech with material feedback loops, she advances sustainable, low-waste building methods. Her research is especially relevant for students and practitioners exploring cyber-physical systems, human-computer interaction, and adaptive architecture, offering a vision of construction that is both technologically sophisticated and deeply human-centered.