Dr. Alphan Aksoyoglu

- Responsible for settlement report generation and analysis on the marketplaces the company is operating at (Amazon, Ebay, Shopify and Etsy). - Deploying a web platform for automation of the aforementioned reports.

I was in charge of the resesrch team that focused on the antibiotic translocation through bacterial ion channels. - Lead a project within our group working with other scientists and researchers, and collaborated with various Universities and Institutions on other projects. - Performed mathematical and computational modeling, experimentation, data analysis and interpretation. Presented results in international/national conferences, authorship in publications.

- Working closely with the CEO developed business strategies on: business development and management, product placement, marketing, software integration, and data based information storage and reporting, regarding online retail operations of the company on Amazon US , Canada, EU, Shopify, Etsy, and eBay. - Developed database integration of products and business metrics, automated product management systems, product profitability analysis, as well as optimizing, and automating online advertising strategies

Thesis Title: Equilibrium Partitioning of Binary Polymer Mixtures into Biological Nanopores Advisors: V. Adrian Parsegian, Sergey M. Bezrukov, and Rudolf Podgornik - Theoretical description of a non ideal nonideal binary polymer solution by generalizing the equation of state of a nonideal monodisperse polymer solution. - Experimental confirmation of this equation using single ion channel electrophysiology methods - Investigation of liquid crsytal DNA mesophases using small angle X-Ray scattering (SAXS)

Principal role in a collaborative project performed at the Section on Molecular Transport, National Institute of Child Heath and Human Development, NIH. Project: Investigation of polyethylene glycols PEGs in semidilute regime. Radius of Gyration in the Bulk and Partitioning into a Nanopore.

Thesis Title: Equilibrium Partitioning of Binary Polymer Mixtures into Biological Nanopores Advisors: V. Adrian Parsegian, Sergey M. Bezrukov, and Rudolf Podgornik - Theoretical description of a non ideal nonideal binary polymer solution by generalizing the equation of state of a nonideal monodisperse polymer solution. - Experimental confirmation of this equation using single ion channel electrophysiology methods - DNA investigation using small angle X-Ray scattering (SAXS)