Supporting plasma etch and thin film deposition tools while assisting researchers in developing processes for their research needs.www.cnf.cornell.edu

My work at Transonic Systems consisted of managing the development of both an implantable, and non-implantable flow sensor for patients with Hydrocephalus. Engaging in clinical studies at both Children's Hospital of Wisconsin, and SUNY Upstate, as well as the development of a large animal model of Hydrocephalus at Cornell University Veterinary School of Medicine. Along with coordinating and conducting clinical and animal studies, activities included managing funding from the NIH, and preparing for the next phase of funding, and working with the FDA to attain regulatory approval for both devices.I also developed a micro-scale flow sensor to be used for measuring blood flow in mice at the Cornell Nanoscale Facility.

The REaCH Organization is a non-profit organization who's focus is to Research, Educate and Cure Hydrocephalus. Since the organization was in its beginning phases, my duties ranged from fund raising, to advising the board on current hydrocephalus research.

Development of infrared imaging arrays.

Design and construction of porosity measurement systems to meet specific customer applications.