Ksenia Demina
About Ksenia Demina
Ksenia Demina is an OpenStack QA Engineer at Mirantis, where she has worked since 2015. She has a strong background in both automated and manual testing within the OpenStack environment and specializes in nonfunctional testing.
Work at Mirantis
Ksenia Demina has been employed at Mirantis since 2015 as an OpenStack QA Engineer. Her tenure at the company spans nine years, during which she has contributed to various testing initiatives within the OpenStack environment. Prior to her current role, she served as a Junior OpenStack QA Engineer for eight months and as an Intern OpenStack QA Engineer for two years. Her experience at Mirantis has allowed her to develop a deep understanding of quality assurance processes and testing methodologies specific to OpenStack.
Education and Expertise
Ksenia Demina studied at Saratov State University Named After N.G. Chernyshevsky from 2009 to 2015, completing a six-year program. Her educational background has provided her with a solid foundation in technical principles, which she applies in her role as an OpenStack QA Engineer. Ksenia specializes in both automated and manual testing, with a focus on nonfunctional testing techniques such as stability, stress, load, and BAT testing.
Background
Ksenia Demina began her career at Mirantis as an Intern OpenStack QA Engineer from 2012 to 2014. After her internship, she transitioned to a Junior OpenStack QA Engineer position, where she worked for eight months before advancing to her current role. Her progression within the company reflects her growing expertise and commitment to quality assurance in the OpenStack domain.
Achievements in Product Engineering
In her role at Mirantis, Ksenia Demina has been involved in product engineering for Fuel, focusing on integration and system testing. Her contributions to this area have enhanced the testing processes and overall product quality within the OpenStack ecosystem. Ksenia's work in this capacity demonstrates her ability to apply her testing skills to complex engineering challenges.