-Develop new product design specifications based on customer needs-Manage and execute a publication pipeline, resulting in 3 peer-reviewed studies-Provide product training to 30+ new salespeople and distributors-Coordinate data collection and presentations with clinical research partners-Support employees and interns in experimental design, data collection, and analysis

-Designed new experimental methods to assay product efficacy in vitro-Planned and conducted efficacy research in vivo to support marketing efforts of a novel human keratin wound dressing-Utilized molecular biology techniques to provide novel insight into product function-Synthesized data for regular updates to key company stakeholders

My graduate research project involved creating force-producing biomaterials to study the mechanobiology of myogenesis, in order to better understand this process and promote tissue engineering efforts in vitro and in vivo.-Developed novel hydrogel biomaterials to study mechanical cell-substrate interactions-Evaluated morphological and biochemical cell responses to biomaterials through molecular biology and immunocytochemistry -Employed 3D bioprinting techniques to create cell-laden biomaterials and iterate on material design parameters in a controlled way-Presented data in peer-reviewed publications and poster presentations

-Designed an IACUC-approved swine model to test safety and efficacy of a novel medical device prior to FDA classification review-Collaborated with internal and external clinical experts to define research objectives for preclinical studies-Analyzed and reported data to R&D, clinical, and regulatory teams in the context of literature reports and competing technologies

My undergraduate research experience involved two projects in musculoskeletal tissue engineering: one investigating the role of miRNA in epigenetic control of bone and cartilage differentiation via exosomes and matrix vesicles, and one developing a decellularized scaffold for tissue regeneration in volumetric muscle loss.-Evaluated the integration and efficacy of decellularized muscle allografts in vivo and in vitro -Collected and analyzed electrophysiology, behavioral, and biocompatibility data in rat models.-Iterated on material parameters to optimize biocompatibility and function.-Performed PCR, Western blotting, and immunohistochemistry to quantify cell differentiation and tissue maturation

Assisted in organizing tasks for aircraft maintenance, as well as created Microsoft Excel spreadsheets to facilitate organization.