- Specializing in C++, ROS2, and Qt development with experience in creating graphical applications and control software for robots and manipulators on the ROS2 platform, including teamwork on complex projects.
- Developed and shipped a VR game built in Unity, working on game scripting, physics and interactivity features, and late-stage optimization.
- Completed Bachelor Degree in Applied Mathematics and Computer Science at Perm State University
- Motivated to grow in high-performance systems and apply modern technologies in industrial automation and robotics.
- Programming languages: C++14/17/20, C#, Python, HTML5, CSS, TypeScript
- Frameworks and libraries: ROS2, ros2_control, moveit2, GTest, Qt5 (QML), .NET (EF Core, ASP.NET, Blazor, WinUI 3, XAML), Boost (Asio, Beast)
- Tools: Git, GitHub, GitLab, colcon, Bun
- Operating systems: Ubuntu, Linux, Windows
- Databases: PostgreSQL
- π¨π» Currently learning: C++, ROS2, Boost framework, Qt
- π Eager to learn: Networking, Low-Level Programming, Graphics Programming (Vulkan, DirectX)
- Development of various ROS2 nodes.
- Improvements to motion planning via analysis of motion data.
- Port of proprietary software to Linux distribution not officially supported by ROS2.
- Development of SDK, written in TypeScript, to control of robotics systems.
Technologies:
- C++20, multithreading, ROS2, Boost, Linux
- Python 3.12
- TypeScript: MQTT.js, Bun,
- Learned and applied ROS2 architecture: implemented nodes, topics, services, and actions.
- Developed and integrated unit tests using GTest.
- Refactored manipulator control code, including optimizing multithreaded processes with strict timing constraints.
- Configured CycloneDDS for safe, isolated communication between multiple robots in a local network.
Technologies: C++17, STL, multithreading, ROS2, GTest, CycloneDDS, Linux
- Developed VR game components using Unity and C#
- Analyzed and improved code performance, reducing load times.
- Supported build and testing processes during final development stages.
Technologies: Unity, C#

