University of MiamiGraduate Research Assistant
Aug. 2009 - Dec. 2014Coral Gables, FL• Designed and developed custom AFM systems to enable elastic and viscoelastic tissue biomechanical measurement through software, electrical, and mechanical design
• Achieved successful development of tissue preparation techniques and experimental protocol execution through the design of novel devices that enable biomechanical measurement in near-physiological experimental setting (analytical, creative, critical thinking and problem-solving skillset)
• Troubleshoot and resolved technical, electrical, and software complications of complex analysis machinery (analytical, creative, critical thinking and problem-solving skillset)
• Performed scientific literature review and determined feasible contact mechanical models that allow the mechanical property output from the biomechanical measurements obtained from the custom atomic force microscopyAFM
• Using the developed custom atomic force microscopy systems, studies were designed and conducted to improve understanding of the relationship between corneal structure and function through biomechanical implications • Designed and performed experimental studies determining the treatment efficacy of corneal crosslinking on cadaver human and porcine corneas quantitatively with age implications
• Adept in independently composing and editing various literary formats including reports, PowerPoint presentations, journal manuscripts, and research grant proposals • Promoted awareness of laboratory research efforts through giving lab tours and demonstrations to visiting students, faculty, and potential collaborators of the department
• Managed, trained, and mentored undergraduate students in the operation of machinery in laboratory along with project development and execution
• Worked harmoniously with fellow lab associates in accomplishing laboratory directives
• Supervised the procurement and availability of laboratory resources and supplies