As a dedicated and inquisitive graduate student pursuing a Ph.D. in Chemical Biology at The University of Texas at Austin, I am interested utilizing my interdisciplinary research background to bring a unique and comprehensive perspective to data analysis and interpretation in the field of biosensor development. In my current work, I use in vitro selection and bioinformatics to identify novel functional nucleic acids in biological systems, and design DNA-based biosensors the detection of metal ions and metabolites for biological and industrial applications. • Biosensor biotechnology: designed a portable, DNAzyme-based lithium biosensor for the detection and monitoring of lithium in the lithium-ion battery industry, as well as in the biomedical field for monitoring therapeutic lithium levels in patients with Bipolar Disorder. • Communication: contributed to the critical evaluation, writing and preparation of numerous grants, book chapters, and manuscripts, with extensive experience in preparing and presenting research to a variety of scientific and non-scientific audiences. • Project management & mentorship: created and documented protocols for efficient and consistent workflows for both experimental and administrative procedures to improve team communication and foster independence in new members.My research has enabled me to develop a valuable skillset that allows me to think critically, assess and analyze data, and successfully interpret and communicate information. I am interested in pursuing a career in the field of intellectual property or regulatory science in which I can leverage my expertise in biosensor development, functional nucleic acids, and data analysis and interpretation, to provide a valuable and comprehensive perspective to detail-oriented processes.