Investigating the roles of the small copper carrier (SCC) in distributing Copper within rat mammary cells (PMC).

PI: Dr. Pouch and Dr. GeeCreating 3D print molds customized to ovary size to aid in consistent cross-sectioning of the organ for subsequent analyses.• Modified one current ovarian device to mitigate disadvantages in segmentation for a novel investigation into ovarian histology• Engineered a 3D-printed mold for ovaries to prepare consistent histologic slices; 10-week project• Implemented automation of 3D-printed mold through Application Programing Interface (API) using Python and Fusion 360• Mold provided 12 equidistant consistent ovarian slices, reduced segmentation times, and delivered uniform cuts• Presented work and informed 60+ panel of experts on utilization of 3D-print mold for segmentation

• Coached 20+ students in Genomic Research Projects and helped interpret student results• Informed large groups of college students (6+ students) in multiple science disciplines• Created personalized one-on-one study guides and infographic content to breakdown complex concepts daily• Educated students with diverse learning need one to one and in-group activities• Received positive feedback during and after sessions on a daily basis

• Planned and implemented weekly floor sets• Protected store assets and merchandise following business standards• Delivered excellent customer service creating frequent regulars• Frequently surpassed store daily quota