A parametric mass model and web dashboard built for a social housing corporation focused on elderly housing, generating construction costs, sustainability metrics, and financial returns across multiple building systems and energy ambitions, reducing weeks of feasibility work to minutes.
An offical publication for the master thesis research, to be published in the near future.
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The first Topology Optimized Architectural-scale 3D-printed glass structure. The steppingstone was developed for Glasstec 2024 in collaboration with Evenline, demonstrating the worlds first fabrication-driven topology optimization for molten glass.
Development of an algorithm for topology-optimized, monolithic 3D-printed glass structures, integrating structural performance with additive manufacturing constraints.
A computational tool developed at TU Delft that uses consumer drone footage and AI / machine learning to detect and classify post-earthquake building damage, mapping results onto a live GPS-based city map to accelerate disaster recovery.
A Building Technology course project that used a UR10 robot arm, an air clamp, and 3D-printed topology-optimized parts to test how lightweight elements could be compressed, connected, and stacked into a self-supporting assembly.
A compact Tiny Home design developed from concept to approval drawings, with detailed architectural and technical documentation prepared for construction.
A Grasshopper-driven wall fragment for a Martian habitat, combining Voronoi geometry, integrated service channels, and a continuous concrete-printing toolpath.
A computationally designed modular facade system for renovating walk-up apartment buildings while preserving the rhythm and identity of existing porch-house architecture.
A Freeform Extreme Urban Heat Island Effect Tower Generated by an Algorithm
