Nebojsa Brindic

• Led the full architecture design and development of the game using Unity, C#, and .NET, ensuring scalability and maintainability throughout the project.
• Developed custom editor tools and scripts to enable codeless card creation, simplifying the workflow for designers and allowing for rapid iteration of game content.
• Implemented advanced technical art solutions, including dynamic map generation based on Voronoi diagrams, enhancing the procedural generation and strategic gameplay elements.
• Designed and implemented the inventory management system, allowing players to organize and manage in-game items with intuitive interfaces and grid-based mechanics.

• Responsible for implementing the game's physics system, ensuring realistic and smooth gameplay mechanics.
• Developed the stats system, allowing dynamic player progression and performance tracking.
• Implemented the upgrades system, enabling players to enhance their abilities and equipment for competitive gameplay.

An app that allows architects to model/visualize floorplans in AR/VR, either solo or in multiplayer sessions, where you can collaborate with others to create stunning experiences. Controlled with actual fingers or VR controllers, the app allows you to build your home in actual size in an immersive way.

My deliverables were mainly related to the following features:
• Real-time voice streams over Photon SDK with negligible latency.
• Meta avatars in multiplayer collaborative sessions.
• System architecture supporting multimodal interaction (VR controller and real hand simultaneously).
• Controlling the app with custom gestures when real hands are input.

• Developed cross-platform 3D product configurators, successfully ported to Android, iOS, and WebGL platforms, enhancing accessibility and user experience.
• Designed and implemented a robust CMS engine using ASP.NET MVC, enabling users to upload 3D models and their corresponding parts, and manage the configuration of materials and part switching seamlessly.
• Optimized configurators for performance across mobile and web platforms, ensuring smooth interactions and a high level of visual fidelity.
• Collaborated with designers, artists, and stakeholders to deliver customizable and interactive 3D experiences that met business and user needs.

• Designed and developed the full architecture of the project using ASP.NET, C#, and Unity, ensuring smooth integration between the front-end and back-end systems.

• Implemented a back-end system that triggers Unity headless instances to start game builds based on customization inputs provided from the front end. Unity dynamically selects assets from a database, builds the game, and generates downloadable executables for Android and WebGL platforms.

• Developed a front-end interface that allowed users to customize the sniper game using available assets, enhancing personalization and engagement.

• Created an admin panel for managing assets, enabling administrators to upload and manage new game assets, ensuring scalability and easy content updates.

• Developed a therapeutic VR app in Unity, deployed to Oculus devices, used by mental health professionals to assist patients in managing triggers and controlling impulses.

• Built the desktop application for psychiatrists, allowing them to set up personalized session parameters, including environments and triggering items (e.g., alcohol, drugs, weapons), and stream the session to the patient's VR headset.

• Created the VR app for patients, displaying a 3D scene of the therapist-defined environment and item, enhancing the immersive treatment experience.

• Integrated Bluetooth heart rate monitoring to track the patient's physiological response in real time, providing the psychiatrist with the data needed to guide and train the patient in managing their reactions.

• Developed a VR app for baseball umpire and batting practice, featuring real players from the US major league, deployed to Oculus and Windows Mixed Reality devices.

• Created custom Unity editor scripts to import heatmaps for each baseball pitcher, allowing for personalized training scenarios.

• Developed personalized animations for each pitcher, providing users with an immersive and realistic batting experience.

• Implemented a voice recognition system for umpire practice that analyzes microphone input, evaluating the user's ability to accurately call pitches, such as determining "ball" or "strike."

• Developed a hack-and-slash RPG game using Unity3D, deployed to Android, iOS, and WebGL, ensuring a consistent gameplay experience across multiple platforms.

• Created custom Unity editor extensions to streamline the game configuration and balancing process, allowing the team to make adjustments without altering the codebase, speeding up iteration cycles and improving development efficiency.

• Worked closely with designers and developers to implement features, balance gameplay mechanics, and maintain high performance across platforms.

• Developed a soccer tactics board that enables the creation and visualization of team actions in both 2D and 3D modes, as well as in VR, providing an immersive way for players to understand and practice team strategies.

• Designed features that allow players to visualize their coach's thoughts and tactics clearly, eliminating language barriers and enhancing communication.

• Explored the potential for group training through multiplayer VR, allowing teams to practice tactics together in a shared virtual environment.