Subject matter expert for reprocessing of medical devices. Responsible for establishing relationships with clinical staff to ensure future needs are anticipated and accommodated throughout the product realization process.

Participated in the design and execution of a comparative evaluation study of various non-invasiveblood pressure and pulse oximetry devices to be used in various tiers of medical care.

Involved in the design and fabrication of microfluidic devices for various vascular biology studies.Led a project to manufacture high-throughput microvessel enclosures for high-volume studies.Increased lab's vessel fabrication efficiency by 300%.

Led the supplementary instruction of Biotransport I: Fluid Dynamics. Coursework included but was notlimited to momentum and heat transport in medical and biological systems as well as differentialand control-volume analyses and computational solution methods. Most well-reviewed assistant.

Served alongside physicians and clinicians as part of a holistic study to evaluate the physician'scapacity to predict severity of patient condition based on reported biomarkers. Recruited over 500patients, compiled and analyzed relevant blood samples and medical history in a database.