Vladislav Parsenyuk
About Vladislav Parsenyuk
Vladislav Parsenyuk is a Senior Front End Software Engineer at Cleerly, Inc in New York, NY, with extensive experience in web development and a background in marketing.
Current Position at Cleerly, Inc
Vladislav Parsenyuk is currently serving as a Senior Front End Software Engineer at Cleerly, Inc in New York, NY. He leads a team of six front-end developers and works in close collaboration with back-end engineers, product designers, project managers, and QA engineers. His role involves conducting code reviews, offering suggestions, and providing necessary assistance to developers.
Previous Experience at Intersog
Prior to his current role, Vladislav Parsenyuk worked at Intersog as a Front-end Software Engineer from 2014 to 2018. During his 4-year tenure in the United States, he gained substantial experience in front-end development and became proficient in using advanced technologies and methodologies to build robust web applications.
Early Career at MakeMeSmart
Vladislav Parsenyuk commenced his career at MakeMeSmart, where he worked as a Web Developer from 2013 to 2014 in Dnepropetrovsk, Ukraine. For 8 months, he was involved in various web development projects, honing his skills in developing user-friendly and efficient web applications.
Educational Background
Vladislav Parsenyuk holds a Master's degree in Marketing from Dnipro University of Technology, where he studied from 2005 to 2010. His background in marketing has provided a strong foundation in understanding user needs and improving user experience in software development.
Technical Expertise and Responsibilities
In his role as a Senior Front End Software Engineer, Vladislav Parsenyuk leverages a wide range of technologies including React, Redux, THREE, Canvas, Cornerstone, AntD, Bootstrap, Lodash, Moment, SCSS, Axios, Webpack, Node, NPM, ESLint, Flow, Jest, Enzyme, GIT, and JIRA. He has led the development of complex software projects, such as predicting heart attacks using machine learning algorithms and 3D artery reconstruction. Additionally, he has implemented 3D DICOM image processing algorithms to display multiplanar reconstructions of heart vessels and set up custom Webpack configurations and mock servers.