Projects

Highlighted projects that represent the kind of research we do. They span deployable structures, soft active matter, architected materials, vibrational fabrication, and more. You will see a common thread between them; they all apply geometry reasoning, mechanics-based analysis, and advanced manufacturing.

3D-printed volumetric knits

Programmable materials built from a single entangled thread

Acoustic shaping of imperfect shells

Using sound to sculpt defects into thin shells

Deployable wafer devices

Flat sheets that snap into stable 3D shapes, scaled down to the chip

Knit mechanics, from yarn to garment

A multi-level modeling and design framework for weft-knitted fabrics

Engineering knitted wearables

Programmable-stiffness textiles for wearable haptics

Temperature-switchable metamaterials

Materials that change how they behave under load when warmed or cooled

Weaving curved surfaces from flat ribbons

From basketry to computer-designed woven shells

A reprogrammable metamaterial with memory

A material you can rewrite like a hard drive

Bistable auxetic surface structures

Flat sheets of snapping cells that deploy into a curved shape and hold it

Printed bistable structures that deploy and reconfigure

Flat-printed assemblies that snap into stable, load-bearing 3D shapes

A solar array that deploys itself

Elastic flasher origami and scissor rings, triggered by warmth alone

Programmable active lattices

4D-printed cellular solids that reconfigure their own mechanics

Untethered soft robots that swim by snapping

Battery-free locomotion powered by bistable snaps