Volodymyr Gryniuk
About Volodymyr Gryniuk
Volodymyr Gryniuk is a QA Automation, SDET, and Performance Testing Engineer based in Lviv, Ukraine, with over a decade of experience in software testing and automation. He has held various roles at companies such as RocketRoute, EPAM Systems, DataArt, and Ciklum, contributing to quality assurance and performance testing efforts.
Current Role at Ciklum
Volodymyr Gryniuk currently serves as a QA Automation, SDET, and Performance Testing Engineer at Ciklum. He has been in this role since 2021, contributing to the company's quality assurance efforts in Lviv, Ukraine. His responsibilities include developing automated tests, ensuring software performance, and enhancing testing processes.
Previous Experience at RocketRoute
Prior to his current position, Gryniuk worked at RocketRoute from 2018 to 2021. He held multiple roles including QA Automation, QA Lead, and QA Manager during his three years there. His work focused on overseeing quality assurance processes and leading testing initiatives in Lviv, Ukraine.
Experience at EPAM Systems
Gryniuk was employed at EPAM Systems as a Software Test Automation Engineer from 2012 to 2015. His three-year tenure involved developing and implementing automated testing solutions, contributing to the overall quality of software products in Lviv, Ukraine.
Background in Education
Volodymyr Gryniuk studied at Ivan Franko National University of Lviv, where he earned a Master's degree in Mathematics from 2002 to 2007. Prior to this, he attended Lviv Physics and Mathematics Liceum from 1998 to 2002, laying a strong foundation in mathematical and analytical skills.
Experience at DataArt and Edvantis Software
Before joining Ciklum, Gryniuk worked at DataArt from 2015 to 2018 as a Senior Test Automation Engineer and Performance Test Engineer. He also spent four years at Edvantis Software from 2008 to 2012, where he served as a Software Testing Engineer and Automation Engineer. His roles in these companies focused on enhancing software quality through effective testing strategies.