Pavel Kulich

Working within a multidisciplinary R&D team on rapid game prototyping and cross-project development.

• Developed 5+ validated game prototypes.
• Conducted code reviews across 3+ simultaneous projects.
• Owned core features from requirements through implementation.
• Worked directly with producers and game designers.
• Integrated analytics, IAP and production UI.

Focus: Gameplay Systems · Architecture · AI

• Designed architecture for core gameplay systems.
• Built battle pass progression and reward distribution.
• Developed guild and dungeon interaction systems.
• Implemented hero and enemy AI.
• Built synchronization between meta and core gameplay.
• Created internal testing tools for designers and QA.

• Architecture patterns used across shipped gameplay systems.
• End-to-end ownership of major features.

• Implemented remote asset delivery with Addressables.
• Built version-safe player-data migrations.
• Created a custom in-game debugger and Unity Editor tooling.
• Resolved mobile resource race conditions.
• Refactored legacy systems and improved maintainability.

• Reduced initial build size by 40%.
• Improved designer and QA workflows through internal tooling.
• Maintained player progress across application versions without data loss.

• Unity · C# · Addressables · Editor Tooling · uGUI · Git

Focus: Performance Optimization · Gameplay Systems · Third-Party Integration

• Migrated and adapted third-party assets from the Built-in Render Pipeline to URP.
• Integrated third-party systems into custom gameplay logic and extended their behavior where required.
• Developed shooter mechanics, weapon and character stat systems, explosions, physics interactions, and weapon customization.
• Implemented enemy AI with attack, wandering, and hiding behaviors.
• Profiled the game, identified performance bottlenecks, and optimized runtime performance.
• Built supporting systems including UI, an in-game store, analytics integration, NavMesh setup, and Cinemachine-based camera behavior.

• Reduced build size from 90 MB to 40 MB.
• Reworked an earlier prototype into a substantially expanded game with new assets, mechanics, AI, customization, and progression-related systems.
• Released a playable Unity build.

• Unity · C# · URP · Unity Profiler · Cinemachine · NavMesh · Yandex SDK · AI Systems

Focus: Multiplayer · Networking · Gameplay

• Built an online PvP game using the Mirror networking framework.
• Developed the project as a practical exploration of multiplayer game development.
• Implemented the core volleyball gameplay for online matches.
• Prepared and released a playable Windows build.

• First completed online PvP project.
• Released as a playable multiplayer game for Windows.

• Unity · C# · Mirror