Anton Gavrikov Email & Phone Number

Berlin, Germany

Infotainment System Development for Mercedes-BenzAs a member of an AGILE team, contributed to the development of on demand functions and an antitheft service for the infotainment system in Mercedes-Benz vehicles.Achievements:1. Project Maintenance: Actively maintained and supported the current project as part of the development team, ensuring continued stability and performance.2. Dependency Injection Implementation: Proposed and implemented Dependency Injection to improve the testability and maintainability of the project.

Berlin, Germany

Network Orchestration System Development in RustAchievements:1. GitLab CI Integration: Integrated GitLab CI to support continuous integration and deployment across multiple architectures, streamlining the development process.2. Service Development: Successfully implemented different features for the product.

St Petersburg, St Petersburg City, Russia

Developed a program that wraps MPI (Message Passing Interface) calls to analyze execution paths and identify critical paths in distributed systems.1. MPI Call Wrapping: Successfully wrapped MPI calls and captured essential information required for constructing execution graphs.2. Distributed Algorithms Implementation: Developed and implemented several distributed algorithms to analyze the generated graphs, enabling the identification of critical paths.

St Petersburg, St Petersburg City, Russia

Optimized various web services for HQ, focusing on enhancing performance and efficiency across multiple projects.Achievements:1. Column-Based Filetype Development: Designed and implemented a new column-based file format for compression.2. Filetype Integration: Integrated the new file format into existing projects, resulting in significant code optimization and enhanced performance.3. Service Acceleration: Achieved a 100x performance improvement in a service for calculating user rights through targeted optimization.4. Data Compression and Query Performance: Completed several smaller projects involving data compression and query performance optimization using technologies such as Hadoop, Spark, and ClickHouse.

St Petersburg, St Petersburg City, Russia

Game Engine Development – Physics TeamAchievements:1. Model Creation and Implementation: Developed and integrated advanced physics models to enhance gameplay realism and performance.2. Code Optimization: Improved performance and efficiency of physics simulations through targeted code optimizations.3. Cross-Platform Support: Maintained and supported physics code for multiple platforms, ensuring consistent performance across PC and consoles.4. Feature Integration: Successfully integrated multiple features from other projects to extend functionality and improve the overall gaming experience.

St Petersburg, St Petersburg City, Russia

Optimized a 5G data transfer simulation program written in C++ to enhance performance and efficiency.Achievements:1. Code Parallelization: Implemented parallel processing using OpenMP to accelerate data handling and computation.2. SIMD Instruction Optimization: Utilized SIMD instructions to improve execution speed up to 4 times.3. Algorithm Development: Designed and integrated new algorithms to further boost performance up to 5 times.4. Build System Integration: Integrated the Meson build system to streamline the build process.5. Data Compression Research: Conducted research into lossless entropic data compression methods, enhancing data handling.

St Petersburg, St Petersburg City, Russia

Development of Ship Motion Simulation ProgramAchievements:1. Implemented a real-time visualization system using OpenGL, enhancing simulation clarity.2. Optimized performance by integrating OpenCL and OpenCL-OpenGL sharing, leading to faster simulations.3. Successfully developed a propulsion model, accurately simulating ship movement.4. Created and optimized a wind model, significantly improving the realism of the simulation.

St Petersburg, St Petersburg City, Russia

Development of a Stock Data Storage System.Achievements:1. Designed and implemented a system that receives and processes data from various stock exchanges.2. Integrated Redis for real-time data distribution via channels and PostgreSQL with TimescaleDB extension for efficient long-term storage.3. Ensured data integrity by continuously monitoring for inconsistencies and automatically filling gaps through REST API calls.4. Developed a robust system designed to operate continuously.

Nizhniy Novgorod, Nizhniy Novgorod, Russia

Optimization of BVH Tree Construction for Blender on Intel Processors with AVX 2.0Achievements:Successfully implemented a BVH tree with 8 leaf nodes, replacing the default 4-node structure to leverage AVX 2.0 capabilities.Achieved a performance improvement of 5-10%, depending on the complexity of the scene.

Master'S Degree, Computer Science, 5.0

Fundamental Informatics and Information Technology, Distributed Computational Technologies

Bachelor'S Degree, Computer Science, 4.94

Programming and Information Technology, Automation of Scientific Researches