Project Description:Our Customer is one of the biggest companies on the market of home entertainment consumer electronics devices that strives to provide their clients with high-quality products and services. Project goals include channel development, testing of the video and audio content and other services available via digital media players, testing media players’ firmware and mobile application, creating UX and UI design for new channels. Channels development includes providing services in building new TV channels from scratch, extension, update and maintenance of existing channels for various content providers, film production companies, sports and newsmakers, social and media networks. We create custom solutions tailored for the specific needs of our clients using proprietary scripting language and C++. Testing of continuously growing number of channels and new firmware builds is performed on a wide range of media players and smart TVs also including devices not yet released to market.Key Responsibilities:UI testing, Localization testing, Installation and update testing, Performance&load testing, Network interrupt testing, Test designTechnologies:TestRail, Bugzilla, Jira

Project Description:The method of investigation is a scientific simulation of system. Using the known laws of physics, I should describe control system as an equation.Key Responsibilities:I was working on developing a software package for parametric optimization of nonlinear control systems and for approximation characteristics of their components. The purpose of this research work is to develop a new approach to the analysis of parametric optimization of nonlinear control systems using evolutionary methods that need to be adapted to the needs of this type of problems.Main tasks:• evaluate the current state of construction algorithms of parametric optimization of nonlinear control systems;• develop a method for approximating nonlinear characteristics of objects using genetic algorithms; • develop a method of parametric optimization of nonlinear control systems based on evolutionary techniques;• develop a software package for parametric optimization of nonlinear control systems and for approximation characteristics of their components.Technologies:Borland C++