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Laser Cutting
around 1900 Scientific Management and Taylorism revolutionized production
Cutting of flat material with a laser beam controlled in the X & Y directions. Z direction is used to adjust for variety of material thicknesses. Precision generally to 0.005". Can cut vector or raster with output directly from CAD
From the Greek word 'Arki' meaning Chief
Computer technology has both introduced the microprocessor AND made computing technology more affordable!
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CNC Milling
1950
The Greek word 'Teckton' meaning Builder
Theory of management that analyzed and synthesized workflows with the goal to improve economic efficiency, particularly labor productivity
Computer controlled router with variable bits and multiple axis control. 3, 4, 5, axis machines for more control. Subtractive process that allows refinement for smoother surfaces.
Unlike humans who create efficiency through repetition, computers receives input parameters, processes, and produces output.
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3D Printing
1971
'Arkiteckton' meaning Chief Builder
Machine lays down very thin layer of material that is heated and pulled through extruder, as the material cools it gains strength. Machine creates support material when needed during printing process.
A person's default is to generate something that is easy and repeatable. The computer has no default and therefore can generate anything with relatively the same amount of ease.
Robotic Arm
Assembly Line becomes common place in manufacturing in part because of Henry Ford and the production of the Model T
As a result, the output is the efficient part of the equation, it's the input that takes the time to design!
Output not directly from CAD. Use 3D models and third party plug-ins
Simply, it's giving an input, establishing a function, and receiving an output.
Can have any number of ends placed on the arm to allow the machine to serve multiple functions from cutting to drawing to placing bricks.
Use 3D models and third party plug-ins. Note these models must be watertight and well constructed.
computer coding
There are certain things a computer does well...mostly process data. There are things a computer doesn't do well...make decisions not based in strict rationality.
The goal is to design input parameters and allow them to change or be modified in order to have the computer generate a lot of options/variations/prototypes from which we as designers can make decisions from.
It also allows mass customization because of digital fabrication techniques
In the end, that decision lies within the designer, but I would make the assertion that this methodology is not dissimilar to that used by those who created physical models to test their designs.
A handrail customized YOUR hand
The lead designer/principal would give direction [input parameters] to a team member [computer] for them to follow in order to generate the design.
One of the differences is that with parametric design, we can create efficiencies because using the computer in conjunction with digital fabrication techniques, we can generate a lot more models a lot faster!
Problem: Too many books, not enough space
Jakob + MacFarlane
Loewy Library
Create Surface
Collect Information:
Catalog Books + Dimensions
Generate Curves
THANKS!
Design Script
Final Design
Other Scripts
FF to 1:25
step-by-step procedure for calculations
courtesy of Zack Novak
http://znovak91.wordpress.com/
courtesy of Alex Hogrefe
alexhogrefe.squarespace.com
architecture
step-by-step procedure for calculations
courtesy of Zack Novak
http://znovak91.wordpress.com/
Scripting allows the designer to create algorithms that create efficiencies for the computer to output
visual scripting
plug-n-play
daily life