Update in progress.
The projects will be back online soon.
Computation is not a visual style for me.
It is a way of connecting geometry, structural behaviour, material constraints, and assembly — and making design decisions traceable.
It is a way of connecting geometry, structural behaviour, material constraints, and assembly — and making design decisions traceable.
The current master’s thesis, Structural Metabolism, investigates reversible timber structures at TU Wien, building on a research stay at the University of Tokyo. It compares five structural logics and develops two demonstrators: a solar-optimised gridshell and an assembly-informed reciprocal system. Parametric modelling, finite-element analysis, and Pareto-based evaluation make trade-offs visible rather than reducing design to a single optimum.
In Tokyo, the work focused on parametric material allocation and assembly planning for bundled reclaimed-timber structures within a robotic fabrication project. Alongside this research, digital workflows connect modelling, analysis, and design iteration through Grasshopper, Python scripting, and AI-assisted tools.
The broader focus is design technology: bringing structural behaviour, fabrication, and assembly into the design process early, while anticipating disassembly and reuse.