Kateryna Shyrkova
About Kateryna Shyrkova
Kateryna Shyrkova is a Quality Assurance Engineer with extensive experience in the field, currently working at Xealth since 2021. She holds a Master of Science degree in Ecology from Kherson State University and has worked for several companies, including Wildflower Health and Providence Health & Services.
Work at Xealth
Kateryna Shyrkova has held the position of Quality Assurance Engineer at Xealth since 2021. She previously worked at Xealth for 11 months from 2019 to 2020. In her role, she emphasizes customer satisfaction and product quality, contributing to the company's commitment to delivering high-quality services.
Previous Experience in Quality Assurance
Before her current role at Xealth, Kateryna Shyrkova worked at several organizations in the field of Quality Assurance. She served as a QA Engineer at Wildflower Health from 2018 to 2019 and as a Mobile QA Engineer at Providence Health & Services from 2017 to 2018. Additionally, she worked at Netsertive in various capacities, including QA Engineer I and Assistant QA Analyst, from 2016 to 2017.
Educational Background in Environmental Science
Kateryna Shyrkova earned a Master of Science degree in Ecology from Kherson State University. Her academic background in Environmental Science provides her with a unique perspective in her professional roles, particularly in understanding the importance of quality and sustainability.
Advocacy for Team Environment and Standards
Kateryna Shyrkova advocates for creating a supportive and enjoyable team environment while maintaining high service standards. Her focus on fostering a positive workplace culture aligns with her commitment to quality assurance and customer satisfaction.
Experience with Mobile QA Engineering
Kateryna Shyrkova has experience in mobile quality assurance, having worked as a Mobile QA Engineer for both Providence Health & Services and Grab. Her expertise in testing mobile applications for iOS and Android platforms enhances her capabilities in ensuring product quality across different devices.