Job Description

About UnfoldXR UnfoldXR bridges reality and intelligence through advanced spatial technology. We build next-generation XR solutions for industries where real-time insights, adaptive workflows, and hands-free intelligence matter most. Our mission: simplify complex processes using intelligent, human-centric XR technology. Role Overview We?re hiring a cutting-edge Unity Developer to build high-performance AR/VR/MR applications for devices like RealWear , XREAL , Vision Pro, Quest, and other head-mounted systems. This is a full-time, on-site position in Noida. Key Responsibilities Develop scalable AR/VR/MR applications using Unity (C#) Build and optimize spatial UI/UX for AR wearables (RealWear, XREAL, etc.) Integrate voice commands, sensors, OpenXR, AR Foundation, and device SDKs Work with rendering pipelines, shaders, and optimized 3D assets Collaborate with AI, backend, and design teams for real-world deployments Debug, profile, and optimize performance for wearable devices Build cross-platform XR solutions for iOS/Android/Windows Required Qualifications Strong proficiency in Unity & C# (2?4+ years) Experience with AR Foundation, MRTK, OpenXR, or platform-specific SDKs Hands-on experience with at least one AR/MR device (RealWear, XREAL, Hololens, Quest, etc.) Solid understanding of OOP, design patterns, and performance optimization Strong grasp of rendering, physics, shaders, and asset pipelines Good debugging and optimization skills for low-power XR devices Degree in CS/Game Dev/Engineering (preferred, not mandatory) Nice to Have Experience with voice-driven interfaces (RealWear voice commands) Understanding of SLAM, spatial mapping, hand tracking Familiarity with enterprise workflows, IoT, or AI systems Experience deploying XR apps to industrial environments Knowledge of Unity build automation / DevOps pipelines Why Join UnfoldXR? Work directly with cutting-edge XR devices Build solutions used by enterprise clients Join a high-performance XR + AI engineering team Fast execution environment with massive impact Opportunity to lead innovations in spatial computing