Juniors take two 3-credit Special Topic Design Studios in the Fall semester. Juniors choose one 3-credit option from the Content category such as Packaging, Typography, Play, or UI/UX, and the other option from the "Process" category such as Casting, Soft Goods or Prototyping. Students will gain multiple competencies by utilizing techniques and methodologies through practice and process. Each studio meets once per week.

Majors are pre-registered for this course by the department. Preference is given to Industrial Design Students.

Major Requirement | BFA Industrial Design

The material qualities of textile design and fabrication refer to our relationship to all aspects of the physical and tangible world. While computation has long been responsible for pushing the traditional techniques of textiles to high levels of mechanical industrial expression, digital sensibility and know-how of digital technologies are now increasingly seen as means to push the frontier and very definition of fabric. Parallel advances in digital fabrication and the invention of smart materials now allow for added dimensionality and functionality in fabric, and computation is a key interface for material exploration. In this course, students will learn to modulate the performance and behavior of fabric through its geometry and other systems of continuous structural surface within a computational framework. This course will provide students with the opportunity to push the boundaries of fabric design across disciplines and studio practices.

Estimated Cost of Materials: Varies by project.

Please contact the department for permission to register. 

Elective

The material qualities of textile design and fabrication refer to our relationship to all aspects of the physical and tangible world. While computation has long been responsible for pushing the traditional techniques of textiles to high levels of mechanical industrial expression, digital sensibility and know-how of digital technologies are now increasingly seen as means to push the frontier and very definition of fabric. Parallel advances in digital fabrication and the invention of smart materials now allow for added dimensionality and functionality in fabric, and computation is a key interface for material exploration. In this course, students will learn to modulate the performance and behavior of fabric through its geometry and other systems of continuous structural surface within a computational framework. This course will provide students with the opportunity to push the boundaries of fabric design across disciplines and studio practices.

Estimated Cost of Materials: Varies by project.

Please contact the department for permission to register. 

Elective