Sujith Pudussery

• • Led a team of 8 software engineers through the full software development life cycle, handling technical mentorship, code reviews, and coordinating with product and design to manage release cycles and live operations.
• • Enhanced features, reliability, and scaling for a scalable "super app" with over 50 live, interactive modules, focusing on system stability and operations to maintain a 4.5-star user rating.
• • Architected a scalable, real-time C# networking stack using design patterns that improved backend service reliability and cut implementation time by 40%.
• • Developed a high-performance C# parser for runtime data management, rendering complex scenes with over 5,000 objects in under 2 seconds.
• • Established coding standards, implemented build processes, and managed source control (Git) to streamline title development and release workflows.

Technologies: Unity, Editor Tools, ECS, C#, .NET, Real-time Networking

• • Developed a high-performance interaction algorithm achieving 99.5% detection reliability and a response time under 100ms, applying design patterns for scalable architecture.
• • Managed backend service integration (PlayFab) to streamline content delivery and operations, cutting setup time by 90%.
• • Created custom C# tools that automated data setup across 15+ products, cutting manual configuration time for internal teams by 60%.
• • Participated in code reviews, maintained coding standards, and contributed to build processes for title development and release.

Technologies: Unity, Editor Tools, C#, PlayFab, .NET

• • Profiled and optimized a web-based C# application, reducing initial load times by 40% and subsequent loads by 75%.
• • Developed over 30 interactive features for real-time 3D model manipulation while maintaining a steady 60 FPS.
• • Built a .NET library to integrate 3D rendering capabilities into a native mobile (Flutter) application.

Technologies: C#, .NET, Flutter, WebGL, 3D Rendering

• • Authored and validated physics models for satellite simulation, developing algorithms for precise orbit propagation based on ISRO-specified parameters.
• • Engineered coordinate transformation logic to accurately determine satellite position and orientation, contributing to a critical mission planning tool.

Technologies: C++, Physics Simulation, Mathematical Modeling