Plastiform Hand Axe 1 - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
Plastiform Hand Axe 2 - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
Plastiform Hand Axe 3 - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
Plastiform Scraper 1 - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
Plastiform Scraper 2 - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
Plastiform Scraper 3 - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
Plastiform Tools 1 - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
Plastiform Tools 2 - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
Plastiform Tools 3 - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
Plastiform Tools Use 1 - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
Plastiform Tools Use 2 - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
Plastiform Process - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
Plastiform Sketches - This project introduced methodologies for the generation of forms with complex controlled transitional surfaces. The goal was to design and produce a pair of simple hand tools based on neolithic hand tool taxonomies that use visual language to create semantic meaning of the form's primary movement, utility and relationship to the human hand.
gLike
Plastiform Project Fall 2009