Mohamed Ibrahim

Specialized in Unity Editor tooling, performance profiling, and maintaining large production codebases across Unity, Unreal, and Roblox environments. Built and optimized custom editor extensions and engine plugins (C++ in Unreal, C# in Unity, Lua in Roblox). Coordinated front-end UI systems, back-end AI services, and engine-side implementations to ensure seamless data flow and real-time scene updates. Implemented performance optimizations to improve tool responsiveness, asset loading efficiency, and editor stability. Managed Git repositories, branch workflows, and access permissions across multiple projects.

Developed and integrated Unity front-end features with an active C++ physics back-end through DLLs, enabling seamless cross-engine communication. Collaborated with the engineering team to optimize device usability and ensure efficient system integration. Delivered 10 functional prototypes in Unity supporting the inverse 3-device and simulating 5 distinct haptic feedback behaviors for the client.

Developed a modular C++ game engine with gameplay systems, PhysX-based physics, and real-time OpenGL rendering. Optimized performance using LOD, instancing, and frustum culling; built editor tools (Scene/Game View, hierarchy, transforms) with ImGui. Implemented a component-based architecture and Unreal-style rendering pipeline with data-driven systems.