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Woven fabrics derive their physical properties, and their potential uses, from the materials they’re made of and the structures in which they’re interlaced together. Operating within this binary – ingredients and recipe, “what” and “how” – we can radically change how a fabric looks, feels and behaves. Weaving, at its core an additive manufacturing process, has much in common with other fabrication methods: it’s receptive to many material inputs, capable of computer-controlled precision and yields

Larissa Shepherd, PhD., is an Assistant Professor in the Department of Fiber Science & Apparel Design.

Dr. Shepherd earned her B.S. in Materials Science & Engineering at Alfred University. While earning her M.S. and  Ph.D. from Cornell University, she breifly worked in industry as a Market Development Intern for  Invista™, in addition to taking part in a Liquid Crystalline and Responsive Fibers International Research Experience for Students in Germany.

Eduardo González, Jr. is a statewide Diversity Specialist for Cornell University Cooperative Extension.  In this capacity, a key area of focus for Mr. González is assisting staff, managers, administrators and their respective organizations in developing the awareness, understanding and skills needed to support and/or provide leadership in organizational change efforts on diversity.  He is a Lead Facilitator in the Opening Doors Diversity Project. Eduardo is also a Youth Development Specialist with the Family and Youth Development program

Andrea J. Turnbull, M.A., LMHC is an extension associate with the Bronfenbrenner Center for Translational Research and has worked on the Residential Child Care Project since 2008. As a Therapeutic Crisis Intervention (TCI) instructor, Ms. Turnbull has delivered training programs and provided technical assistance for human service organizations nationally and internationally. Since beginning her work in residential care in 1993, Ms. Turnbull has worked in a variety of settings including long-term residential, group homes and

In this presentation, an introduction to biopolymer electrospinning process, as well as an overview of applications of nanofibrous biopolymer mats and their composites created by both a traditional and modified electrospinning process will be discussed. Electrospinning is a fabrication technique, which can be used to create nanofibrous non-wovens from a variety of starting polymer materials. The structure, chemical and mechanical stability, functionality, and other properties of the mats can be modified to match end applications

Joy Kim is a Ph.D. student in Human Nutrition working in Dr. Marla Lujan's lab. She earned a B.S. in Nutritional Sciences from Cornell University and went on to complete a dietetic internship at the NIH Clinical Center, concentrating in clinical nutrition research. After earning her registered dietitian (RD) credential, she worked as a Research Associate at Texas A&M University in the Vanden Brink Lab, where she studied the role of nutrition and metabolic health