Space Evaluation, Design and Fabrication
Our team aims to bridge physical and digital experiences to provide collaboratively efficient and informed solutions for the exploration, design, preservation, and adaptive reuse of the built environment. We focus on a set of three intertwined research domains: analysis and performance-based evaluation, digital design, and digital fabrication.
Multi-scale analysis and performance-based evaluation of the built environment are carried out by focusing on human-environment interaction, people’s well-being and societal progress. Buildings and sites are analysed, mapped, and evaluated through comprehensive integration of data from multiple sources such as archival datasets and repositories, on-site surveys, and building diagnostic using tools such as laser scanning and photogrammetry. We represent, interpret, and co-create constructions, environment, and multi-layered and upgradable information using building information modelling (BIM) and shape grammars applied in multiple domains including educational spaces, housing and landscape design. Special attention is paid to participatory approaches for integrated preservation, adaptive reuse, and management of cultural heritage.
Our aim is to develop path-breaking and influential works on procedural knowledge, genetic algorithms, semantic technology, generative and interface design.
Digital fabrication is based on fast, smart prototyping, tooling and manufacturing processes performed in Iscte VFabLab, using numerically controlled machines, 3D printers, laser cutters, CNC milling machines and robotic arms. Our multi-disciplinary team (re)interprets and co-creates scale models and replicas of artefacts from digital models by engaging and informing a large community toward a more inclusive society.
