Vinayak Lakhani

Highly creative and technically adept, with passion for developing immersive and engaging experiences. Well-versed in Unity Engine, C#, and 3D modeling, with strong foundation in game design principles and agile methodologies. Committed to leveraging skills to create impactful and memorable interactive projects.

2D Mining Simulator game

• Designed and developed a 2D Mining Simulator game in Unity for PC and mobile platforms using SOLID principles for scalable and maintainable code.
• Applied the Singleton pattern to manage core systems like GameManager, MiningManager, and EconomyManager.
• Utilized the Factory pattern for dynamic creation of vehicles (trucks, loaders) and processing units (crushers, plants).
• Implemented ScriptableObjects to store reusable configurations for ores, vehicles, and equipment.
• Built mining mechanics with distinct rules for open-cast and underground mining using state-based systems.
• Integrated A pathfinding algorithm* for realistic truck and loader movement logistics.
• Developed a modular Event-Driven Architecture for handling UI updates and gameplay events.
• Created a dynamic economy system with in-game currency, expenses, and revenue tracking.
• Used Object Pooling to optimize resource management for frequently used game objects like trucks and loaders.
• Ensured clean and extensible code by adhering to the Dependency Injection principle.

Container Book and Rent

• Developed a WebGL-based container management game, "Container Book and Rent," using Unity.
• Designed complex container placement mechanics with rule-based constraints for different container types (e.g., bio-chemical, bio-waste).
• Implemented algorithms for validating container placement based on spatial rules (e.g., empty spaces and adjacency).
• Created an AI-driven rental feasibility algorithm to evaluate and optimize rental pricing for maximum profitability.
• Used ScriptableObjects for configuring container properties and placement rules dynamically.
• Built a heuristic-based scoring system to calculate revenue based on container placement efficiency.
• Developed an event-based system to simulate container damage and enforce consequences for incorrect rentals.
• Optimized performance for WebGL deployment using Object Pooling and efficient resource management.
• Applied Singleton and Factory patterns to manage AI systems and container instantiation.
• Ensured scalable and maintainable architecture using SOLID principles and dependency injection.

VR furniture design application

• Developed a VR furniture design application enabling users to visualize and customize interiors in real-time.
• Engineered functionality to generate 3D scenes from 2D images, transforming floor plans into immersive environments.
• Designed a flooring and wall customization system supporting textures, colors, and wallpapers.
• Implemented a drag-and-drop furniture placement tool with dynamic collision detection and snapping.
• Incorporated a feature to preview real-world products in the virtual space, enabling informed design decisions.
• Utilized ScriptableObjects for modular furniture and décor configurations.
• Optimized rendering and performance for seamless VR interactions on various devices.
• Applied Object Pooling to manage 3D assets efficiently in dynamic scenes.
• Followed SOLID principles and used event-driven programming to build scalable and maintainable code.
• Integrated Unity XR Toolkit for cross-platform VR compatibility.

VR gaming lobby application

• Developed an enterprise VR gaming lobby application to enhance user time management and gaming experience.
• Created an overlay system to display session time, accessible through Oculus or Steam VR buttons.
• Designed a VR app launcher that retrieves compatible games from the Steam library, allowing users to launch apps with integrated timers and achievements tracking.
• Built a desktop application to monitor VR gameplay, showcasing live video feeds, timers, and key user stats in real-time.
• Implemented a real-time data synchronization system between VR platforms and operator desktops for seamless tracking.
• Integrated Steam API to fetch game achievements, player stats, and library data dynamically.
• Optimized rendering for live video feeds and overlays using multi-threaded processing.
• Designed the application using modular and reusable components for easy scalability.
• Followed SOLID principles and employed event-driven architecture for maintainable and extensible code.
• Leveraged Unity XR Toolkit and Steamworks SDK for seamless VR compatibility and functionality.

3D Model Viewer

• Developed an Android application to control and view 3D models in 3D space with interactive features like pan, zoom, and rotate.
• Implemented Lua scripting within the app to enable user-driven customization of 3D model behavior.
• Designed an infinite scroll bar for efficient navigation through large model libraries.
• Built a complementary Windows application for data entry and management, ensuring seamless integration with the mobile app.
• Utilized Node.js as the backend server to handle communication between Android and Windows platforms.
• Created a real-time synchronization system for data updates between mobile and desktop applications.
• Employed modular architecture for clean and scalable code on both Android and Windows platforms.
• Optimized 3D model rendering on Android for smooth performance across devices.
• Followed RESTful API design to facilitate efficient client-server communication.
• Designed the system for cross-platform compatibility and easy scalability to meet future requirements.

War Simulator

• Designed a virtual command center using a VR sandbox for advanced geographical intelligence and tactical operations.
• Integrated real-time communication features for seamless collaboration among team members.
• Developed systems for collaborative strategizing and tactical briefing, enabling efficient mission planning.
• Implemented terrain analysis tools for detailed exploration and understanding of geographical layouts.
• Engineered functionality for visualizing virtual 3D models, enhancing spatial awareness.
• Enabled 3D avatar-based discussions and interactions for immersive and engaging team collaboration.
• Built real-time virtual telepresence capabilities to connect users from different regions within the VR environment.
• Incorporated a wargame simulation module for strategizing and testing operational scenarios.
• Utilized networked VR systems to ensure synchronized experiences across multiple participants.
• Followed modular design principles to ensure scalability, maintainability, and integration with future tools.