Terra - Hub

How can fabrication be used to design for flora and fauna? /a terrapin habitat and exhibition at Haverstraw, NY humans in Haverstraw, New York

CODY DAVIS possibilities of implementing digital tools to develop a system which then can be aggregated and de six axis industrial robotic arm and clay extruders we achieve a system that self aggregates and inter study was developed to be deplyed at Haverstraw, which is also known for it’s rich brick history and river coastline. With Terra we question the future of brick making, mass customization, and a space for area. Through the use of a tesselation study, we developed a system that iterlocks and self aggrespherical shapes. To support the system we developed a space frame sub-structure by first introgeometries that circumscribe the tessalation. Looking at the individual brick, we create apertures for butterflies to engage with. The conical geomtry of the bricks allow for the placement of soil and the growth redirect light to the interior. We’re excited to see what possibilities the tesselation and structure can

TERRA is a project that explores the possibilities of implementing digital tools to develop a system which then can be aggregated and deployed at the site.

TERRA: A hub for terrapins and humans in Haverstraw, New York posibilidades de implementar herramientas digitales para desarrollar un sistema que luego se puede Mediante el uso de un brazo industrial robótico de seis ejes y extrusoras de arcilla logramos un sistema que una envoltura esférica. El estudio se desarrolló para ser implementado en Haverstraw, que también ladrillos y la presencia de Terraapains a lo largo de la costa del río. Con Terra cuestionamos el futuro de la customizacion masiva y un espacio para experimentar la fauna y la flora de la zona. Mediante el uso de un estudio que se enclava y se autoagrega sin el uso de mortero para formar formas esféricas. Para apoyar el subestructura de marco espacial introduciendo primero un poliedro y geometrías hexagonales que circunscriben individual, creamos aberturas para que las tortugas de agua pasen o aniden y para que las mariposas interladrillos permite la colocación de tierra y el crecimiento de plantas como la raíz de serpiente virginia y rediemocionados de ver qué posibilidades pueden ofrecer la teselación y la estructura con estudios continuos.

ANDRES RONCAL, AASHNA BAJAJ, CODY DAVIS in partnership with Andres Roncal

Through the use of six axis industrial robotic arm and clay extruders we achieve a system that self aggregates and interlocks to create spherical envelope.

With Terra we question the future of brick making, mass customization, and offer a space to experience the fauna and flora of the area.

TERRA is a project that explores the possibilities of implementing digital tools to develop a system ployed at the site. through the use of six axis industrial robotic arm and clay extruders we achieve a locks to create spherical envelope. The study was developed to be deplyed at Haverstraw, which is prescense of Terraapains along the river coastline. With Terra we question the future of brick making, to experience the fauna and flora of the area. Through the use of a tesselation study, we developed gates without the use of mortar to form spherical shapes. To support the system we developed a space ducing a Polyhedron and hexagonal geometries that circumscribe the tessalation. Looking at the individual terrapins to pass or nest and for butterflies to engage with. The conical geomtry of the bricks allow of plants like the virginia snakeroot and redirect light to the interior. We’re excited to see what possibilities offer with continued studies.

TERRA es un proyecto que explora las posibilidades de implementar herramientas digitales para desarrollar agregar e implementar en el lote. Mediante el uso de un brazo industrial robótico de seis ejes y extrusoras

Looking at the individual brick, we create apertures for terrapins to pass or nest and for butterflies to engage with. The conical geomtry of the bricks allow for the placement of soil and the growth of plants like the virginia snakeroot and redirect light to the interior.

Through the use of a tesselation study, we developed a system that iterlocks and self aggregates without the use of mortar to formspherical shapes. To support the system we developed a space frame sub-structure by first introducing a Polyhedron and hexagonal geomtries that circumscribe the tessalation. After numerours experiments, the volume was found to naturally curve into a dome - hence, the volume of our selected prgram, the classroom imitates a turtle shell from the inside, offering a completely different experience on the outside.

The work on this page illustrates the different conditions designed in haverstraw: terra on land,in water, for structure, and for the non- human and human inhabitants.