Alvaro LRDesign
Alvaro Lopez Rodriguez, Phd
@alvarolrd
alvarolopezrodriguezdesign@gmail.com
www.linkedin.com/in/alvaro-lopez-559286106
Alvaro Lopez Rodriguez is an architect, researcher, and Associate Professor (Teaching) at The Bartlett School of Architecture, UCL, where he leads innovation at the intersection of robotics, 3D printing, and mixed reality. In October 2025, he completed his PhD at the Universidad Politécnica de Madrid with the thesis "Digital Interactions: Architecture for the Augmented Era," which redefines the synergy between human craftsmanship and digital automation. He also holds a Master of Architecture with Distinction from The Bartlett and a Master’s in Architecture from the European University of Madrid.
Complementing his academic tenure, Alvaro is a highly sought-after Digital Manufacturing Consultant. He has collaborated with pioneering international firms, including Nagami, Ensamble Studio, and DBT ETH Zurich, to implement advanced robotic fabrication and augmented reality workflows in large-scale architectural projects. His expertise bridges the gap between computational design and physical construction, focusing on "Augmented Craftsmanship" to empower local labour through intuitive technological tools.
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CV
RC8
THE BARTLETT SCHOOL OF ARCHITECTURE, 2023-Present
RC9
Alvaro Lopez Rodriguez + Kostas Grigoriadis
Students:
Vertical Pond: Changle Liu, Youjing Liu, Yechen Lyu.
Catenary Fibre Enclosures: Jiaqi Fu, Elif Nur Hologlu, Çağla Türkoğlu, Lixingyue Zhang.
Opticrete: Abishek Radhakrishnan Shija, Daniel Morgenstern Rapoport, Juan Pérez Vargas Olivieri Sangiacomo, Gunel Seyid-Zada.
Topoconcrete: Lingjie Feng, Cheng-Wei Lee, Yanxin Li, Ruitong Xu.
DESCRIPTION
Research Cluster 8 is at the forefront of architectural innovation, investigating transformative approaches to multi-material design and building construction. By challenging the 20th-century reliance on conventional mechanical connectivity and standardised assembly, the cluster seeks to redefine how we conceive the physical fabric of our built environment.
Building upon a rigorous foundation in robotic fabrication and in situ 3D printing, the group has previously pioneered the creation of "component-less" continuous envelopes. This year, the research pivots toward a more holistic understanding of the architectural life cycle, placing a profound emphasis on the origins and circularity of the materials used. By prioritising recycled and repurposed materials, the cluster addresses the industry's urgent need for sustainable practices.
The technical core of this year’s exploration lies in the synergy between cutting-edge digital tools and physical craftsmanship. By integrating Augmented Reality (AR) technologies with advanced 3D printing, the cluster develops hybrid fabrication systems. These systems are designed to optimise both production efficiency and structural performance, allowing for a level of material precision previously unattainable.
The ultimate ambition of Research Cluster 8 is to establish a sophisticated new architectural language. In this vision, the boundaries between structure and skin blur through material gradients and hybridity. By merging computational intelligence with ecological responsibility, the cluster is crafting a future where high-performance design and environmental sustainability are inextricably linked.
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