Survey Center_Phase One_Language

The design of the langauage is base on the number of commodities within each mine location. The amount of the commodities will be devides into levels and defined as primary, secondary or tertiary. Each commodities will have their own way of representation. The upper language will be growing upward and lower will grow downward.

Base on the data, precious materials have an intention of rising price so the language goes up and the industrial material have a decrease market price so the language grows below.

Create a set of form language which represent the amount of each commodity. They are defined into Primary(P), Secondary (S) and Tertiary (T)

Body Structure_Upper language:

Gold, Silver, Platium,Palladium

Those three commodities share same patterns and differentiate in other way.

Length:6” Width:6” Height:6” Bass wood Medium:

Body Structure_Lower Language:

Lead, Copper, Zinc

Define the direction for each commodity base on four ends.

Combinig all language

Ex: Mountaion Top Mine

Primary Lead

Following the rule that create in the previous stage apply in commodity datas for each specific mine. Lead

Apply all the data.

Primary Zinc

Secondary Copper

Survey Center_Phase Two_Site Anylasis

The survey center is design to be located at the latitude: N35°51'10.8'' longtitude:W 115°26'56.03'' The considering factors of choosing the site is base on the sun direction, the topography of the area and the accessibility.

Extend the pathway for 100 unit which represent the concept unit of survey also utilize the site topography to create a half hollow halfway.

Let the edge of the room under the ground cut into the site.

Survey Center_Phase Two_ Model Gallery_1

Length:24” Width:24” Height:10”

Medium: Chipboard, Bass wood

Museum of Atom

Second Semester

Project Statement_:

The University of California Department of Chemistry is requesting a small museum dedicated to the explanation of the structure of the atom and the periodic table of elements.

The museum will be used for permanent and temporary displays and exhibits.

Personal_:

In the Museum of Atom project, I am trying to achieve for the modern style of the design. Connecting the concpet atom to the Museum’s design is my center focus.

I am aiming to create spaces which is relatively conceptual and interesting in this particular project.

Trying to play with the variation of the spatial design.

Mota_Phase One_Atom_Registration Plan

The conceptual model of atom project is designed base on the concept of compound: Carbide-Silicon(SiC). The major idea of the design is to interact pieces extend from carbon with the pieces extend from silicon to visualize the idea of compound.

Use the griding system of the priodic table as the guide line for the registration points. Define square each with different electrons in base on variety of orbitals.

Define the square base on ther atomic number, also can be understood as their position in the periodic table.

Carbon Grid System

Duplicate four panels for both. Organize the panels with different order. Carbon

Silicon Grid System

Silicon Base Plan

Generate cuts base on those points to create the base plan for both.

Intersect both silicon and carbon panel. Then apply silicon’s grid system on carbon’s panel and apply carbon’s grid system on silicon’s panel to imply the interaction of two atoms.

Mota_Phase One_Atom_Form Language

Design each set of form language with diffrent hierarchy base on their orbital number and the spin of the eletrons. Electrons in the first period are given the singular form, and second are given twice. Create pieces base on the rule.

The overall concept of Language Design is to create connection between two points on each plan, and base on the number generated by the set

Length:12” Width12” Height:6”

Medium: Bass Wood

When connecting 1S1 on silicon panel 1 to 1S1 on carbon panel 1, the thickness of the height will be one unit. When connecting 1S2 on silicon panel 1 to 1S2 on carbon panel one the thickness of the height will be two units and also apply the same rule for otherpieces.

When connecting 1S1 on silicon panel 2 to 1S1 on carbon panel 1, the thickness of the weight will be two unit.

All the pieces are designed base on the similar rule, the higher number they are, the thicker the pieces will be. Sample valteration of other pieces language form

Cut

When the pieces connect to larger number of the panel, the pieces will be longer or thicker