Dicky Dwi Darmawan

Developing and deploying a cross-platform, multiplayer WebGL virtual exhibition featuring responsive interfaces, optimized 3D rendering, and seamless web integration.

• Developed a WebGL-based virtual exhibition platform for interactive online experiences.
• Implemented responsive WebGL UI systems optimized for both desktop and mobile browsers.
• Implemented multiplayer functionality for virtual exhibition visitors using the FishNet networking framework.
• Integrated external HTML content within the WebGL environment using iFrame communication workflows.
• Optimized 3D mesh rendering performance for improved WebGL efficiency and browser compatibility.
• Deployed and maintained Unity server builds on a DigitalOcean dedicated server environment.

Developing and optimizing real-time multiplayer games by engineering core gameplay mechanics, implementing robust backend APIs, and utilizing advanced design patterns for scalable Unity architecture.

• Integrated backend APIs for player authentication and gameplay data management systems.
• Developed core gameplay mechanics and gameplay loops based on game design requirements.
• Applied design patterns including Object Pooling, Observer, and Flyweight to improve system scalability and runtime performance.
• Implemented Cinemachine camera systems for dynamic gameplay and cinematic sequences.
• Integrated character animation systems, including IK rigging for movement interactions.
• Developed multiplayer gameplay features using Photon for real-time online interactions.
• Collaborated using GitHub-based version control workflows for team development and code integration.
• Utilized ScriptableObjects architecture for modular game data, configuration management, and event-driven systems.

Engineering scalable, high-performance mobile games by bridging optimized gameplay systems, comprehensive analytics, and seamless backend infrastructure.

• Collaborate with cross-functional teams to develop and deliver mobile game features using Unity (C#).
• Develop and optimize gameplay systems for mobile platforms, improving performance across low-end Android devices and adaptive screen scaling for mobile and tablet resolutions.
• Refactor legacy gameplay systems to improve maintainability, scalability, and reduce technical debt.
• Mentor internship developers through code reviews and technical guidance on Unity development best practices.
• Develop custom Unity editor tooling to streamline repetitive workflows and improve internal production efficiency.
• Implement in-app purchase (IAP) and ads monetization systems to support live game revenue features.
• Integrate Unity Analytics to track player behavior and support gameplay balancing decisions.
• Utilize Firebase Authentication and Firestore for backend-driven player progression and gameplay data systems.