Ilya Jin
About Ilya Jin
Ilya Jin is a Full Stack Developer specializing in Web3 technologies, currently employed at OpenSea since 2021. He has a diverse background in software development, having worked at various companies across multiple countries and achieved significant improvements in project performance and user engagement.
Work at OpenSea
Ilya Jin has been employed at OpenSea as a Full Stack Developer (Web3) since 2021. In this role, he contributes to the development of the platform, focusing on enhancing user experience and performance within the NFT marketplace. His work involves implementing high-performance UI/UX features, which have led to significant improvements in project performance and user engagement.
Previous Experience in Web Development
Before joining OpenSea, Ilya Jin held various positions in web development. He worked at Playful Portraits as a Full Stack Developer from 2016 to 2017 in Oceanside, California. He then served as a Full Stack Engineer at StayQrious Neoschool from 2014 to 2016 in Bengaluru, India. After that, he was a Front End Lead at FoodFund from 2017 to 2019 in Ontario, Canada, and later worked at BLOC-X as a Full Stack Developer from 2019 to 2022 in London, England.
Education and Expertise
Ilya Jin studied Computer Science at Beijing University of Technology, where he earned a Bachelor of Science (BS) degree from 2010 to 2014. He possesses strong expertise in various programming languages and technologies, including JavaScript, Typescript, WebRTC, PHP, and Java. His background equips him with the skills necessary to build high-quality web applications that prioritize speed and availability.
Achievements in Development Projects
Ilya Jin has made notable contributions to various projects throughout his career. He implemented a high-performance UI/UX for an NFT marketplace application, resulting in a 42% increase in project performance and a 37% increase in user numbers. Additionally, he has prototyped over 30 new product features annually for Archivehub.io. His recent projects also saw a decrease in rework by 34% and costs by 17%.