Porcelain Tower Vase 

This vase was designed using one of my parametric systems for building design. It consists of a continuous porous surface adapted to the base morphology. The resulting vase skin gives intricate terraced aesthetics. This design is part of a series of studies of differentiated gyroids. Available for order in five different colors.

Double gyroid lattice Tower Lamp

Available Here

Differentiated gyroids 002

Branching Lampshade

This lampshade consists of a thin, doubly branched structure which generates a field of sequential reflections with a recessed light.

Available HERE!

Differentiated gyroids

3D_printed Tower lamp 

This lampshade was designed using one my parametric systems for building design. It consists of an adaptive growth system applied to a tower base morphology.

Available here

The Instructable here

Wall lamp shade design

3D printed lamp sketches 005

3D printed lamp sketches 004

3D printed lamp sketches 003

3D printed lamp sketches 002

3D printed lamp sketches 001

concept for a Butterfly Vivarium 

The design consists of a shell structure and obelisk that conjures up Venetian architecture. While the arches present in both structures allude to the Baroque époque, the components of the shell remind one of the colorful Venetian roofs. The Obelisk is a hierarchical element performing as a point of reference at a distance similar to St Mark’s Clocktower. The fact Venice has hosted vanguard architectures throughout its Biennales is reflected in the overall morphology, design method and fabrication technique used here. Planes of water fuse reflections of both the existing and the new.
Location: Marco Polo airport entrance, Venice

Concept for a shell structure 002

Adaptive Growth 002

Isosurface generated from a particle-branch system which represents growth of a virtual organism on the human body

Adaptive growth 001

Concept for a house 

Bamiyan Cultural Center_ Afghanistan