The Digital Fabrication Laboratory (DFL) is a research group within the Center for Studies in Architecture and Urbanism (CEAU) at the Faculty of Architecture of the University of Porto (FAUP). It is dedicated to exploring the integration of advanced digital technologies into architectural design and construction processes.
The DFL investigates how digital tools — from computational design to robotic fabrication — can expand design possibilities, enable innovative construction methods, and reshape architectural practice. Its research spans multiple scales, from material systems and components to buildings and urban structures, aiming to develop new design paradigms that bridge geometry, technology, and material performance.
Driven by a multidisciplinary and practice-oriented approach, the DFL develops both independent and collaborative R&D projects, often in partnership with industry. These activities are complemented by educational initiatives, university outreach, and a strong emphasis on public dissemination and knowledge transfer.
Based at FAUP, the Digital Fabrication Laboratory (DFL) aims to empower students, architects, and industry partners by integrating cutting-edge digital technologies into the design and construction process.
Driven by creativity, innovation, and a strong sense of environmental responsibility, the DFL seeks to contribute to a more sustainable, inclusive, and resilient built environment, in alignment with the values of the New European Bauhaus.
Recognizing the growing convergence of digital, material, and biological systems in contemporary design, the DFL aspires to be a globally engaged research platform — one that questions, designs, and prototypes alternative futures for architecture, society, and the planet.
Research
We lead and collaborate on research projects that explore how digital tools can transform architecture at all scales — from materials to cities. Our work bridges academia and industry, fostering innovation through experimentation, prototyping, and strategic partnerships.
Design
We engage in design-led explorations that push the boundaries of digital fabrication and computational thinking. Each project is an opportunity to prototype future possibilities — collaboratively, creatively, and with impact.
Teaching
We cultivate the next generation of architects through hands-on learning, critical thinking, and technological curiosity. Our teaching combines digital fluency with material intelligence, bridging design culture and emerging tools.
Supervision
We support master’s and PhD students in developing original, practice-oriented research at the frontier of architecture and technology. Supervision at DFL means working closely, thinking boldly, and contributing meaningfully to the field.
Services
We offer design consultancy, prototyping, and digital workflows to companies and institutions seeking to innovate. From computational design to robotic fabrication, we translate ideas into tangible, future-ready solutions.
Events
We host exhibitions, talks, and workshops that bring together researchers, designers, and industry to share knowledge and inspire new directions. DFL events are spaces of encounter — where ideas are tested, connections are made, and innovation takes shape.
The DFL takes pride in its significant milestones and successful endeavors, showcasing a track record of excellence in various domains, with both national and international recognition:
⦁ The first research group in Portugal investigating robotic fabrication in architecture;
⦁ Creation of the research group in 2013;
⦁ Organization of the eCAADe SIGraDi 2019 joint conference which gathered more than 300 researchers to FAUP;
⦁ The leading research group investigating the use of cork in architecture;
Digital Design
The DFL can develop unique design projects to demonstrate the application in practice of some concepts, processes or technologies developed in the research activity.
Digital Fabrication
The DFL can develop unique design projects to demonstrate the application in practice of some concepts, processes or technologies developed in the research activity.
Digital Simulation
The DFL can develop unique design projects to demonstrate the application in practice of some concepts, processes or technologies developed in the research activity.
Bio/Material
The DFL can develop unique design projects to demonstrate the application in practice of some concepts, processes or technologies developed in the research activity.
