Visualization II 2019 Portfolio

Santiago Hernandez New York Institute of Technology Visualization II Spring Semester 2019 Marcella Del Signore

01 Taxonomy of Edges, Contours, Planes and Color.

Cut-Outs and Planar Extracts Spatial Analysis and Taxonomy of Armatures. Edges, Geometric Centers, and Color Armatures Taxonomy of Volumes, Volumetric Vessels.

02 Site Formation

Performative Site Drawing Site Model

03 Exterior and Interior Environment

Outdoor Spatial and Exploration Conditions Indoor Spatial and Programmatic Conditions

04 Paneling system

Geometrical Variation Renderings Model

Taxonomy of Edges, Contours, Planes and Color.

Cut-Outs and Planar Extracts Spatial Analysis and Armatures. Edges and Center Volumetric Vessels Models

Cut-Outs and Planar Extracts 2+3D Diagrams and Analysis of Edges, Contours, and Planes

Cut-Outs and Planar Extracts

Relationship Between Parts, Organization and Separation.

Cut-Outs and Planar Extracts Taxonomy of Colors

Cut-Outs and Planar Extracts

Color Zones and Transition / Axonometric Drawing

Spatial Analysis and armatures. Edges and Center

2D Diagrams of Armatures, Horizontal and Vertical Axis Intersections with Center

Spatial Analysis and armatures. Edges and Center Taxonomy of Color Armatures

Volumetric Vessels

Taxonomy of Volumes

Volumetric Vessels

3D Volumetric Axonometrics

Site Formation

Performative Site Drawing Site Model

Site Formation

Performative Site Drawing

Exterior and Interior Environment

Outdoor Spatial and Exploration Conditions Indoor Spatial and Programmatic Conditions

Outdoor Spatial and Exploration Conditions Outdoor Renderings

Indoor Spatial and Programmatic Conditions Indoor Rendering

Paneling system

Geometrical Variation Renderings Model

Geometrical Variation Patterns

Renderings

Elevation and Axonometric

Model

Programming in computational processes.

There were 5 presentations and a round table, which discussed technology in design. Each of the speakers brought forth their own and other research that represent designing via computational processes. Tom Verebes led us off by going into detail about disciplinary indeterminacy and Urban Projects. urban design, landscape urbanism, and architecture. Verebes gave his take on how these four components make up an urban city and how it influences the way people live and operate through an urban city. Christian Pongratz, another speaker, talked about textures, tools and robotic automation. showing us how he made robots to do very specific actions with materials. The HyperCell project which was an interactive design of Singular bodies that self-assemble and can perform and build architecture with a “mind of their own�. The project was a parametric design, in which the cells were programmed and given instruction on how to work and how to respond to outside regulations done to them It was very interesting how technology is taking to the maximum level to design in a more efficient way