Victor Zarubkin Email & Phone Number

Moscow, Russia

Kaspersky Fraud Prevention (KFP)• Asynchronous microservices development• CI/CD improvement• Created Telegram bot for managing development servers• Doubled the speed of data-processing pipeline• Increased service availability up to 99.9%• Reduced incident-generation pipeline CPU usage by 25%• Transferred development to a more modern C++17 standard

Kaspersky MDR (Managed Detection and Response) #SIEM• Asynchronous microservices development• SOC-analysts assistance• Development & support of SOC-analysts’ admin. tool #Django• Development of a remote control tool for SOC-analysts

Kaspersky Industrial CyberSecurity• Frontend development #Qt• Backend components development• Network incidents debugging• Developed a component for new network devices detection

Moscow Region, Zhukovsky, Russia

Virtual world simulation engine.Managed team of 5 people.Responsibilities:• Planning and coordination of the team's work, regular code review, optimization, testing and creating stable releases;• Development of game mechanics, behavior models, interaction models of virtual-world agents, physics, weapon control systems and various UI modules for trainer's work station;• Collaboration with departments of 3D-graphics, 3D-modeling and UI.Achievements:• Rewrote an old single-threaded engine to be able to use multiple threads (x2-x4 speed-up)• 5 projects (Linux, Windows) have been successfully completed with my participation• Migrated development from C++03 to C++11• Implemented the Behavior trees technique and developed graphical editor for its' creation enabling team members to create new behaviors faster and simplified reusing of components• Implemented a Blackboard pattern for virtual-world agents• Embedded LuaJIT scripting into the engine (UI developing pipeline) leading to team performance boost

Moscow Region, Zhukovsky, Russia

Responsibilities:Implementation of 2D images filters, development of river-bed line recognition algorithm applied to 2D images received from side-looking sonar.Achievements:Developed and implemented the algorithm of river-bed line recognition using a composition of several filters for removing digital noise and following analysis of brightness gradient of the image.

Moscow, Russia

Responsibilities:Development of software model for monochrome images compression for the purpose of estimation of possibility of real-time images transfer from unmanned aerial vehicle and analysis of complexity of hardware implementation of the coder.Achievements:Developed software models of coder and decoder and specified hardware requirements. The results of the work were successfully used to write my graduation thesis of Master's degree.

Moscow, Russia

I have passed practice and study within the Intel's program of cooperation with the Moscow technical universities.Responsibilities:Development and debugging of schematics and topology, schematics wiring.Achievements:Implemented 8-bit adders based on three different architectures, created its' layout and performed analysis of delay, placement area and power consumption. The results of the work were used to write my graduation thesis of Bachelor's degree.