Luis
Borunda Monsivais

Architect



sustainability, technology, &
community



Luis Borunda's research embodies a fusion of technological innovation and inclusivity in architecture. His notable projects include the Creativerse AI-Driven Design Transformation, revolutionizing educational technology through AI and interactive storytelling, and NAVIGAID, a cutting-edge audio navigation system for the visually impaired utilizing computer vision and deep learning. Borunda's work in human-machine interaction redefines artistic expression, while his commitment to experiential learning at Virginia Tech highlights his influence in shaping future architects. His efforts in large-scale additive manufacturing and Living Labs demonstrate his pioneering role in advancing building technologies and inclusive design.



Research philosophy



My research philosophy is deeply intertwined with the principles of sustainability, technology, and community engagement in architecture. I believe in leveraging advanced technologies not just as design tools, but as enablers of sustainable and inclusive environments that meaningfully connect with communities. My approach focuses on creating spaces that are environmentally responsible, technologically enriched, and socially inclusive.


I prioritize designs that are not only durable but also adaptive, capable of evolving with the community's changing needs, thereby fostering a sustainable future. In my view, technology serves as a vital bridge, enhancing community interactions and ensuring accessibility for everyone. Through my research, I am committed to guiding a new generation of architects to integrate sustainability, technology, and community involvement as fundamental elements of their practice, shaping spaces that are harmonious with both nature and human needs.



research CONTRIBUTIONS



My significant research contributions include: NAVIGAID Project: As the principal investigator, I developed an Artificial Intelligence-based navigational assistance system for visually impaired individuals, leveraging computer vision and deep learning.


CAUS Living Labs Initiatives: At Virginia Tech College of Architecture and Urban Studies, I led smart construction initiatives, focusing on integrating innovative technologies in architectural practices.


Robotic Manufacturing and Additive Fabrication: During my tenure as a Visiting Scholar at Carnegie Mellon University School of Architecture, I conducted extensive research on robotic manufacturing, construction technology, and large-scale additive fabrication.


Cloud Pavilion at CaixaForum Valencia: I played a pivotal role in the “Cloud” central pavilion project, implementing computational designs for robotic additive manufacturing and contributing to this groundbreaking architectural piece.


Solar Decathlon Europe Projects: I was actively involved in research for the (e)co house and Low3 house projects, contributing to sustainable housing solutions and energy-efficient design.



Engagement and Collaborations



As an architect and researcher deeply invested in computational design and sustainability, my professional journey is marked by having led meaningful engagements and collaborations accross North America, Africa, and Europe.

I've had the privilege of establishing research partnerships with pioneering entities in advanced manufacturing and industry leaders like iGuzzini, WASP Iberia, Nagami Design, and Noumena, fostering innovation in digital fabrication. My research with the Laboratorio Nacional de Vivienda y Comunidades Sustentables in Mexico exemplifies my commitment to sustainable urban development.

In addition to these collaborations, my engagement extends to public communications and media interactions, notably through my involvement in the Solar Decathlon Europe and cutting-edge research like "La Nube", which have garnered significant press coverage. These experiences underscore my dedication to connecting and leading multidisciplinary teams towards achieving groundbreaking advancements in architecture and technology.




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