Computational Design Thinking – Summary
Sean Alquist and Achim Menges discuss several main points
throughout their introduction:
Computation: Alquist
and Menges address the difference between computation and computerization and
how understanding this difference is key when learning about computation as a
whole. They say it ‘can be broken down as methods which either deduce results from values or sets of
values, or simply compile or
associate given values or sets of values’.
Systems Thinking: They
highlight the point of determining things as ‘piecelike’ or ‘patternlike’,
where you view something as a ‘structure of components’. They describe every
object as a hierarchy of components with specific patterns of distribution.
Parametric
Dependencies: Alquist and Menges explain the development of structures
regardless of its form and/or formation. Goethe brought this formalism that
‘marks a turning away from the simple structure of end-products and toward the
active’.
Emergent Formations: This
refers to a process that makes a feature’s appearance more defined due to the
background boundary. Crutchfield says ‘an emergent feature also cannot be
explicitly represented in the initial and boundary conditions. In short, a
feature emerges when the underlying system puts some effort into its creation’.
Designing
Computation: Alquist and Menges discuss the validation of computational
design as a whole. They talk about how it needs purpose with the intent of
solving crucial complexities that will dramatically affect the way we execute
certain processes.