About arfLab

Advanced Research on Form

Welcome to the Advanced Research on Form Laboratory, a cutting-edge research group dedicated to advancing the fields of architecture, design, and computational form. At our laboratory, we explore the intersection of art, science, and technology to push the boundaries of design and construction.

Our primary focus lies in the areas of "form finding," "form making," and "performance analysis." Through the use of advanced computational techniques, we investigate innovative approaches to generate, optimize, and evaluate complex architectural forms. By leveraging the power of algorithms and computational design tools, we aim to discover new possibilities for architectural expression and efficiency.

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Computational form plays a pivotal role in our research. We investigate the creation of non-standard geometries that challenge traditional design paradigms. By combining digital tools with a deep understanding of material behavior and structural performance, we strive to achieve designs that are both aesthetically compelling and functionally efficient.

Design support is another key aspect of our laboratory's mission. We develop novel methodologies and interactive technologies that empower designers and architects to explore and visualize their ideas in real-time. Through the integration of advanced modeling and simulation techniques, we provide designers with valuable insights and feedback, enabling them to make informed decisions during the creative process.

Our laboratory is dedicated to conducting in-depth design studies that investigate the analog-digital relationship. We explore the potential of bridging the gap between traditional design methods and emerging digital technologies, seeking to find harmonious synergies that enrich the design process. By embracing the capabilities of computation and digital fabrication, we aim to enhance the creative potential of designers and architects.

Creativity in design is a core value of our laboratory. We encourage exploration, experimentation, and risk-taking in design processes, fostering an environment where innovation can thrive. Through interdisciplinary collaborations and a supportive research community, we aim to cultivate a vibrant ecosystem that nurtures creativity and inspires breakthroughs in design.

Automation and algorithms are also central to our research efforts. We investigate how computational tools can automate various aspects of the design process, freeing up designers' time and mental capacity to focus on higher-level conceptual thinking. By developing intelligent algorithms and generative systems, we aim to streamline design workflows and enable the exploration of a wide range of design alternatives.