Rafim Laputski

Unity Developer at Zennary Games

Designed and implemented core architecture and application systems. Developed GPU-based shader and compute shader solutions for efficient graphics and data processing. Built algorithms for graphics manipulation and user interaction workflows. Integrated Firebase for backend functionality, including data handling and synchronization. Structured codebase using modular architecture and clean code principles (OOP, SOLID). Solved performance and runtime challenges related to rendering.

Unity Developer at WinWinD Studios

Developed a graphics game from scratch. Implemented core and meta gameplay mechanics; AI logic; AI tooling for designers; UI elements; synchronization code and optimization. Responsible for documentation and collaboration with team.

Unity Developer at TelTower Studios

Work on various projects in a game development studio. Implemented core and meta gameplay mechanics; developed tools for game designers; implemented AI logic; animations; UI elements; synchronization and optimization; documentation. Achievement: Victory in the game jam at the Belarusian State University of Informatics and Radio Electronics.

Game Developer at Teletowers Studios

Worked on various projects in a game development studio. Implemented core and metagame play mechanics; developed tools for game designers; implemented AI logic; designed and implemented AI logic; worked with animations; created and managed UI elements; worked with synchronous code and its optimization; wrote documentation. Achievements: Victory in the game jam competition from the Belarusian State University of Informatics and Radio Electronics.

Unity Developer at Zennary Games

Designed and implemented core architecture and application systems. Developed GPU-based solutions using shaders and compute shaders for efficient graphics and data processing. Built algorithmic systems for graphics manipulation and user interaction workflows. Integrated Firebase for backend functionality, including data handling and synchronization. Structured codebase using modular architecture and clean code principles (OOP, SOLID). Solved performance and technical challenges related to rendering and runtimes. Achievements: Reduced CPU workload by offloading intensive operations to GPU using compute shaders. Defined architecture and core technical direction. Delivered core product functionality independently across full development life cycle.