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.
My reserach goals are concentrated in tailoring nanofibers for use in military, energy, and electronic applications. In addition, my interests encompass the further development of a new form of fiber formation, Immersion Electrospinning, and its potential applications.
Divvela, M; Shepherd, L.M; Frey, M.W.; Joo, Y.L. Discretized Modeling of Motionless Printing Based on Retarded Bending Motion and Deposition Control of Electrically Driven Jet. 3D PRINGTING AND ADDITIVE MANUFACTURING. 2018.
Shepherd, L.M.; Divvela, M.; Frey, M.W.; Joo, Y.L., Immersion Electrospinning as a New Method to Direct Fiber Deposition. MACRO. MATER. ENG. 2017.
Shepherd, L.M.; González, E; Chen, E.X.; Frey, M.W., Increasing the stability of biotin functionalized electrospun fibers for biosensor applications.ACS APP. MATER. INTERFACE. 2017.
González, E.; (Buttaro) Shepherd, L.M.; Saunders, L.; Frey, M.W., Surface functional poly (lactic acid) electrospun nanofibers for biosensor applications. MATERIALS. 2016.
In my teaching I seek to engage students by various modes of teaching as individual students excel under different conditions. To meet these needs, I strive to integrate visual, hands-on, and reading exercises. I also encourage in-class group exercises and/or group projects as I strongly believe the ability for students to work together, and evaluate themselves, and each other is an important skill both in and out of the classroom.
To further inspire students, I attempt to relate classroom material to examples of real world applications, and actively seek guest lecturers with practical experience in related topics when possible.
FSAD 2370: Structural Fabric Design
2017, Ph.D., Fiber Science & Apparel Design, Cornell University
2013, M.S., Fiber Science & Apparel Design, Cornell University
2011, B.S., Materials Science & Engineering, Alfred University