Research
Overview
Robotic fabrication, additive manufacturing, CNC, and material-aware production.
Research examines how geometry, material constraints, and machine logic can be integrated into computational workflows from design to production.
Research Tracks
Computational Tools & Workflows
Generative Systems, Parametric Logic, And Advanced Geometric Structures.
Research Explores Adaptive Design Methodologies, Algorithmic Form Generation, And Complex Spatial Geometries That Respond Dynamically To Performance, Context, And User Interaction.
Urban & Environmental Simulation
Walkability, Mobility, Accessibility, And Environmental Performance.
Research Investigates Data-Driven Urban Systems Through Simulation Models That Evaluate Movement Patterns, Public Space Behavior, Climate Responsiveness, And Long-Term Urban Resilience.
Digital Fabrication & Manufacturing
BIM–GIS Integration, ETL Pipelines, And Spatial Data Systems.
Research Focuses On Connecting Fragmented Spatial Datasets And Digital Workflows, Enabling Seamless Interoperability Between Design, Infrastructure, Analysis, And City-Scale Information Systems.
Computational Design Theory & Philosophy
Authorship, agency, AI, and the changing role of computation in design. Research examines how computational systems reshape design knowledge, decision-making, and the relationship between human intention and machine processes.
Where research becomes Practice
