Nathan O'Connor Email & Phone Number

Burlington, Vermont Area

Drive and energize the development, marketing, and sale of Biolucida, BrainMaker, and our Brain Navigation System platforms for big data research in bioscience.

Weill Cornell Graduate School Of Medical Sciences

Studied the role of ocular immunologic cells in diabetic retinopathy.- Led research that resulted in a patent application and commercialization of a prophylactic treatment for diabetic retinopathy.- Implemented laboratory standards for statistical analysis and experimental design.- Maintained and upgraded multiple high-end computerized microscopic imaging.

Responsible for the design and implementation of a total internal reflection fluorescence imaging system for measuring ribosome kinetics at the single molecule level.- Instructed several users on the efficient use of the MetaMorph imaging system resulting in a reduction in the reliance on vendor customer service.- Implemented a QC system for the imaging.

Greater New York City Area

Responsible for the design, demonstration, and sale of custom microscopic imaging solutions.- Increased territory intake by over fifteen percent via new client generation and through fostering current customer relationships.- Gained top seller status during position tenure.

Downingtown, PA

Responsible for developing advanced customized imaging solutions, training sales representatives, closing sales of high-end systems, and training key accounts.- Implemented statistical-based image restoration in the MetaMorph imaging software, enabling direct selling against competitors without reliance on outside vendors.- Regularly improved microscopic.

Responsible for directing research and product development and cultivating vendor relationships.- Guided the multimillion-dollar AutoDeblur product to market.- Worked with vendors and key accounts to cultivate what is now an internationally recognized brand in image restoration.

Responsible for directing and conducting research of image restoration algorithms for image processing products.- Developed statistically optimal, motion-compensated image restoration algorithms, allowing the detection of tumors in 3D-data from scanning laser ophthalmoscope patient imagery.

Responsible for researching statistical-based image processing algorithms while pursuing a master's degree.- Activities included research, development, implementation, and testing of digital signal processing algorithms, and development of Microsoft Windows and Unix-based user interfaces.

Doctor Of Philosophy (Phd), Physiology And Biophysics

Defense completed April, 5th 2012. Research: the role of mast cells in diabetic retinopathy and the mechanisms of local renin-angiotensin.

Ms, Physiology And Biophysics

Research: The role of mast cells and the renin-angiotensin system in rodent models of diabetic retinopathy. Other projects: Mast cell.

Ms, Electrical Engineering

Bs, Biomedical Engineering