Dissertation work focused on plant stem cell regulation and hormone signaling. Advanced the understanding of hormone driven leaf organ development and the molecular signals responsible for stem cell maintenance.• Imaged and quantitatively analyzed samples using fluorescent and confocal microscopy• Utilized automated 3D imaging programs. • Investigated genetic pathways using genetic mutants and chemical treatments. • Characterized gene expression patterns using fluorescent reporters and qRT-PCR.• Engineered modified signaling pathways to address tissue specific plant hormone signaling. • Set up and maintained plant growth room including light optimization and pathogen prevention.• Experience in cell culture of single celled organisms (S. pombe, E. coli, A. tumefaciens).• Analyzed datasets using Excel/Prism software systems.• Produced written manuscripts and public presentations to communicate scientific research.

Taught diverse subjects and mentored undergraduate and graduate students in both large scale (30+ student) classroom settings and laboratories. Courses and labs taught: Biochemistry, Plant Physiology, Human Physiology, Biology, & Genetics

Characterized the function of an ethylene hormone receptor in the cyanobacterium Synechocystis sp. PCC 6803.• Maintained large-scale cultures of cyanobacteria (up to 18 L).• Executed assays to characterize cyanobacteria motility in response to light and ethylene.• Gathered low-temperature fluorescence emission spectra of bacterial photosystems.

Interned with the University of Tennessee football team's medical staff to prevent and rehabilitate injuries.• Communicated effectively with patients physicians, physical therapists, athletic trainers,and athletes.• Used therapeutic modalities, such as electric stimulation, ultrasound, and diathermy.