[{"content":" About the Project # Drill and Chill: Idle Miner Tycoon is a mobile idle mining game centered around underground exploration, resource collection, equipment upgrades, and continuous progression. Players expand their mining capabilities, unlock new content, and improve efficiency through an incremental gameplay loop.\nMy Contributions # Core gameplay mechanics Mining and resource systems Gameplay progression and upgrades Performance optimization Gameplay debugging and maintenance Project Overview # The project combines interactive mining mechanics with idle progression and resource management. Its gameplay is built around a continuous cycle of collecting resources, improving equipment, and unlocking new opportunities.\nDevelopment involved maintaining interconnected gameplay systems while ensuring smooth progression and responsive interactions on mobile devices.\nMy Responsibilities # Developing and maintaining gameplay features using Unity and C# Implementing and improving mining-related mechanics Working with resource collection and progression systems Integrating gameplay features with existing project components Investigating and resolving gameplay bugs Identifying performance bottlenecks and improving runtime efficiency Technical Approach # Gameplay features were approached with an emphasis on modularity, maintainability, and clear separation of responsibilities.\nSpecial attention was given to keeping frequently executed gameplay operations efficient, supporting future feature expansion, and maintaining consistent behavior across interconnected systems.\nTechnologies # Unity C# Unity Mobile Game Development Unity Ads DOTween Rest API AssetBundles Gameplay Systems Animator Performance Profiling ","externalUrl":null,"permalink":"/projects/digger/","section":"Projects","summary":"","title":"Drill\u0026Chill: Idle Miner Tycoon","type":"projects"},{"content":" About the Project # Nuts UP! Bolts Sort Puzzle is a mobile puzzle game built around sorting colored nuts onto matching bolts. Players solve increasingly challenging puzzles by planning moves, organizing objects, and completing levels under specific gameplay constraints.\nMy Contributions # Puzzle gameplay mechanics Game state management Player interaction systems Level progression Gameplay debugging and optimization Project Overview # The project focuses on accessible, logic-based puzzle gameplay with intuitive controls and progressively increasing difficulty.\nThe main gameplay loop involves selecting and moving nuts between bolts while respecting sorting rules and determining when a puzzle has been successfully completed.\nMy Responsibilities # Implementing and maintaining puzzle gameplay logic in Unity and C# Handling player input and object interactions Developing sorting rules and move validation Supporting level initialization, progression, and completion conditions Integrating gameplay logic with animations and visual feedback Debugging gameplay edge cases and improving responsiveness Technical Approach # The gameplay architecture emphasizes separation between puzzle rules, game state, and visual presentation.\nThis approach allows gameplay conditions to be evaluated independently of animations and user input, improving maintainability and reducing the risk of inconsistent game states.\nTechnologies # Unity C# Unity Ads DOTween AssetBundles Animator Rest API IAP Puzzle Game Development Game State Management Mobile Game Development ","externalUrl":null,"permalink":"/projects/nuts/","section":"Projects","summary":"","title":"Nuts UP! Bolts Sort Puzzle","type":"projects"},{"content":"","externalUrl":null,"permalink":"/projects/uninda/","section":"Projects","summary":"","title":"AR/XR Data Visualization Platform","type":"projects"},{"content":" About the Project # memoryOS is an educational mobile application designed to help users improve their memory through interactive learning experiences and scientifically inspired memorization techniques.\nThe application combines immersive 3D Memory Palaces, structured lessons, and gamified learning activities to make memory training more engaging and accessible.\nMy Contributions # Interactive 3D functionality Gameplay and interaction systems Learning-related features UI and gameplay integration Performance optimization Project Overview # The project introduces users to memory improvement techniques through interactive environments and guided educational activities.\nA key aspect of the application is the integration of 3D environments with learning workflows, allowing users to interact with virtual spaces as part of the memorization process.\nMy Responsibilities # Developing and maintaining interactive features using Unity and C# Implementing interactions within 3D environments Integrating application functionality with user interface components Supporting transitions between learning activities and interactive scenes Debugging and improving application behavior Optimizing runtime performance for mobile devices Technical Approach # The development approach focused on maintaining a clear separation between interaction logic, educational workflows, and visual presentation.\nReusable components and consistent interaction patterns were prioritized to simplify feature development and support the evolution of the application\u0026rsquo;s learning experiences.\nTechnologies # Unity C# 3D Environments Interactive Systems Interactive Learning Rest API Mobile Application Development Performance Profiling ","externalUrl":null,"permalink":"/projects/memoryos/","section":"Projects","summary":"","title":"memoryOS: Improve Your Memory","type":"projects"},{"content":"","externalUrl":null,"permalink":"/projects/qualiumnda/","section":"Projects","summary":"","title":"VR Collaborative Learning Platform","type":"projects"},{"content":" About the Project # Hello Kitty: Good Night is a casual educational mobile game for children, featuring familiar characters, interactive bedtime routines, and a collection of playful mini-games.\nThe game introduces young players to everyday activities through simple interactions, colorful animations, and accessible gameplay.\nMy Contributions # Interactive gameplay features Mini-game development Character interactions UI and animation integration Gameplay maintenance Project Overview # The project consists of interconnected interactive activities designed around bedtime routines and character-based storytelling.\nEach activity introduces simple gameplay objectives, visual feedback, and interactions adapted for younger audiences.\nMy Responsibilities # Implementing interactive gameplay elements using Unity and C# Developing and maintaining individual mini-game mechanics Integrating character animations with gameplay events Handling player input and interaction states Connecting gameplay features with UI components Debugging and maintaining existing functionality Technical Approach # The development approach prioritized reusable interaction components and straightforward gameplay logic suitable for multiple mini-games.\nEmphasis was placed on maintaining responsive controls, consistent interaction behavior, and smooth transitions between different activities.\nTechnologies # Unity C# Unity Ads DOTween AssetBundles IAP 2D Game Development UI Systems Animation Integration Mobile Game Development ","externalUrl":null,"permalink":"/projects/hellokitty/","section":"Projects","summary":"","title":"Hello Kitty: Good Night","type":"projects"},{"content":" About the Project # Monster Truck: Extreme Racing is a casual arcade racing game for children, featuring off-road tracks, monster trucks, obstacles, and simplified driving mechanics.\nPlayers control vehicles, navigate challenging environments, and complete levels designed around accessible and entertaining racing gameplay.\nMy Contributions # Vehicle gameplay mechanics Driving and interaction systems Level-related gameplay logic Physics interactions Gameplay optimization and debugging Project Overview # The game focuses on accessible vehicle controls and obstacle-based racing challenges.\nIts gameplay combines vehicle movement, environmental interactions, and level progression to deliver a casual racing experience designed for younger players.\nMy Responsibilities # Developing and maintaining racing gameplay features in Unity and C# Working with vehicle movement and control mechanics Implementing interactions between vehicles and level objects Supporting level progression and gameplay conditions Integrating gameplay events with animations and visual feedback Debugging physics-related and gameplay issues Technical Approach # The implementation focused on separating vehicle control logic from level-specific functionality and visual presentation.\nSpecial attention was given to consistent vehicle behavior, predictable interactions, and runtime efficiency on mobile devices.\nTechnologies # Unity C# Unity Ads DOTween Animator Arcade Racing Level Design Physics-Based Gameplay Mobile Game Development Performance Optimization ","externalUrl":null,"permalink":"/projects/track/","section":"Projects","summary":"","title":"Monster Truck: Extreme Racing","type":"projects"},{"content":" About the Project # Kids Supermarket: Shopping is an educational mobile simulation game where children explore a virtual supermarket, collect products, complete shopping lists, and participate in interactive shopping activities.\nThe game combines everyday scenarios with simple educational mechanics, encouraging object recognition, counting, and problem-solving.\nMy Contributions # Gameplay mechanics Shopping interaction systems Mini-game development UI integration Gameplay debugging Project Overview # The game features multiple shopping-related activities built around product selection, item collection, and interactions with different store departments.\nPlayers follow simple objectives while interacting with objects, completing tasks, and progressing through educational scenarios.\nMy Responsibilities # Developing and maintaining interactive gameplay features Implementing shopping-related mechanics and object interactions Working with item selection and collection systems Integrating gameplay events with UI feedback and animations Supporting mini-game initialization and completion logic Debugging gameplay issues and improving interaction consistency Technical Approach # Gameplay functionality was organized around reusable components responsible for object interactions, activity progression, and visual feedback.\nThe implementation emphasized predictable game states, responsive controls, and flexibility when introducing additional interactive activities.\nTechnologies # Unity C# Unity Ads DOTween AssetBundles IAP 2D Game Development UI Systems Animation Integration Mobile Game Development ","externalUrl":null,"permalink":"/projects/supermarket/","section":"Projects","summary":"","title":"Kids Supermarket: Shopping","type":"projects"},{"content":" About the Project # Cooking School is an educational cooking simulation game for children, featuring interactive recipes, food preparation activities, and creative decoration mechanics.\nPlayers follow step-by-step instructions, interact with ingredients and kitchen equipment, and complete various cooking challenges.\nMy Contributions # Cooking gameplay mechanics Interactive object systems Step-by-step activity progression Animation integration Gameplay debugging and maintenance Project Overview # The project consists of interactive cooking activities built around preparing ingredients, following recipes, and completing different stages of food preparation.\nThe gameplay relies on sequences of player interactions, visual feedback, and activity-specific completion conditions.\nMy Responsibilities # Implementing and maintaining gameplay mechanics using Unity and C# Developing ingredient interactions and cooking-related activities Handling activity progression and gameplay state transitions Integrating animations and feedback with player actions Supporting interactions between gameplay objects and UI elements Investigating and resolving gameplay issues Technical Approach # The development approach focused on organizing cooking activities into manageable gameplay stages with clearly defined interaction and completion conditions.\nReusable interaction logic and separation between gameplay state and presentation helped support different cooking scenarios without unnecessary duplication.\nTechnologies # Unity C# Unity Ads DOTween AssetBundles IAP 2D Game Development UI Systems Animation Integration Mobile Game Development ","externalUrl":null,"permalink":"/projects/cooking/","section":"Projects","summary":"","title":"Cooking School: Game for Girls","type":"projects"},{"content":"","externalUrl":null,"permalink":"/authors/","section":"Authors","summary":"","title":"Authors","type":"authors"},{"content":"","externalUrl":null,"permalink":"/categories/","section":"Categories","summary":"","title":"Categories","type":"categories"},{"content":"","externalUrl":null,"permalink":"/projects/","section":"Projects","summary":"","title":"Projects","type":"projects"},{"content":"","externalUrl":null,"permalink":"/","section":"Roman Zaiets | Unity Developer","summary":"","title":"Roman Zaiets | Unity Developer","type":"page"},{"content":"","externalUrl":null,"permalink":"/series/","section":"Series","summary":"","title":"Series","type":"series"},{"content":"","externalUrl":null,"permalink":"/tags/","section":"Tags","summary":"","title":"Tags","type":"tags"}]