Animalistic Coloration

The purpose of designing this cut and sewn knit garment was to explore coloration through specified knit structures with an electronic circular jacquard knitting machine. This jacquard machine is limited in its design capacity since it can only hold four colors at any given time. In order to increase the colors options available, a technique of coloration may be utilized

Exposed Geometry

The purpose of this design was an exploration of the capabilities of a Shima Seiki Whole Garment Knitting Machine. This design was also a result of the learning experience with the Shima Seiki Apex 3 Knitting Software. Various knit structures were examined and then added to a template within the Apex 3 Knitting Software

Digital Organics

The original prompt for this design was to explore the relationship between technology and cotton through the use of a Jacquard loom, given by the Cotton Quintessential Competition in Fall 2013. Inspiration for this piece stemmed from the concept of pixilation and its fundamental element to our digital world. In relation to cotton fibers and textiles, pixels may relate to how a fabric is structured and dictate design

3D Knitting Technology: A Decision-Making Model

The textile industry is unique in its slow rate to adopt new technologies. The adoption of 3D knitting technologies (also known as seamless, complete-garment, WholeGarment, or Knit\u27n\u27Wear) has been no exception. The objectives of this research were to identify the factors that act as either drivers or barriers to the adoption of 3D knitting technology. A decision-making model was developed based on literature review and pertinent factors related to flat-bed seamless knitting. This model will be used as a guide to direct research into the adoption decision process of 3D knitting technology by small, medium and large firms and may help provide insight into the adoption of future technologies, as well. This research will be important for researchers, manufacturers, brands and machine manufacturers to understand the factors that contribute towards decisions to adopt new technology and to help gauge the future state of the industry

Evaluation of Knit Technologies for Bridal Wear

The intent of this research was to provide a sufficient framework for business decisions in knitwear companies when purchasing knitting technology. As knitting machines are a large capital investment, it is important for business owners to understand the benefits and disadvantages to upgrading technology

Animalistic Coloration

The purpose of designing this cut and sewn knit garment was to explore coloration through specified knit structures with an electronic circular jacquard knitting machine. This jacquard machine is limited in its design capacity since it can only hold four colors at any given time. In order to increase the colors options available, a technique of coloration may be utilized.</p

Digital Organics

The original prompt for this design was to explore the relationship between technology and cotton through the use of a Jacquard loom, given by the Cotton Quintessential Competition in Fall 2013. Inspiration for this piece stemmed from the concept of pixilation and its fundamental element to our digital world. In relation to cotton fibers and textiles, pixels may relate to how a fabric is structured and dictate design.</p

Exposed Geometry

The purpose of this design was an exploration of the capabilities of a Shima Seiki Whole Garment Knitting Machine. This design was also a result of the learning experience with the Shima Seiki Apex 3 Knitting Software. Various knit structures were examined and then added to a template within the Apex 3 Knitting Software.</p

3D Knitting Technology: A Decision-Making Model

The textile industry is unique in its slow rate to adopt new technologies. The adoption of 3D knitting technologies (also known as seamless, complete-garment, WholeGarment, or Knit'n'Wear) has been no exception. The objectives of this research were to identify the factors that act as either drivers or barriers to the adoption of 3D knitting technology. A decision-making model was developed based on literature review and pertinent factors related to flat-bed seamless knitting. This model will be used as a guide to direct research into the adoption decision process of 3D knitting technology by small, medium and large firms and may help provide insight into the adoption of future technologies, as well. This research will be important for researchers, manufacturers, brands and machine manufacturers to understand the factors that contribute towards decisions to adopt new technology and to help gauge the future state of the industry.</p

Evaluation of Knit Technologies for Bridal Wear

The intent of this research was to provide a sufficient framework for business decisions in knitwear companies when purchasing knitting technology. As knitting machines are a large capital investment, it is important for business owners to understand the benefits and disadvantages to upgrading technology.</p