3D Developer Omniverse OpenUSD

Job description

* Strong experience with CAD → OpenUSD conversion, materials, metadata management, and scene structuring. * Hands-on expertise with NVIDIA Omniverse, including Kit workflows, Nucleus, and RTX rendering. * Proficiency in Python and/or C for Omniverse extension development. * Deep knowledge of real-time rendering, 3D optimization techniques, physics simulation, and kinematic modeling. * Experience with CAD/PLM tools (e.g., CATIA, Creo, NX, SolidWorks) and manufacturing datasets (BOM, routing, cycle times). * Familiarity with digital twin workflows, manufacturing operations, and industrial process modeling. * Ability to work in collaborative, multi-disciplinary engineering environments and deliver high quality 3D assets at scale. USD Asset Authoring \& Scene Structuring * Convert CAD/PLM assets into OpenUSD with proper materials, metadata, variants, and hierarchical scene structures. * Maintain strict USD authoring standards including composition layers, naming conventions, and asset integrity checks. * Implement CI/CD pipelines to validate USD assets, materials, physics settings, and Omniverse extensions. 3D Optimization for Real-Time Performance * Optimize large-scale factory scenes through geometry decimation, LODs, texture atlasing, and draw call reduction. * Profile and tune GPU utilization, RTX rendering, and scene complexity for multi-user real time performance. * Ensure visual, functional, and physics accuracy across complex 3D environments. Omniverse Extension \& Tool Development * Develop Omniverse Kit extensions in Python/C for simulation controls, UI tools, parameter editing, analytics overlays, and automation workflows. * Build scalable tools for designers and engineers to improve asset ingestion, setup, review, and simulation configuration workflows. Integration of Manufacturing Data * Integrate BOM, routing, process parameters, cycle times, and other manufacturing datasets within OpenUSD scenes. * Configure physics, kinematics, part flow, conveyor logic, buffers, and station behaviors to enable realistic bottleneck, throughput, and cycle time analysis. Collaboration \& Real-Time Streaming * Enable multi-user collaboration, shared sessions, and cloud or on premise streaming using Omniverse Nucleus and related services. * Support scenario reviews, interactive walkthroughs, and real time design evaluations across cross functional engineering teams. KPI Visualization \& Analytics * Create in-scene visualization of operational KPIs such as throughput, cycle time, utilization, WIP, and OEE. * Enable export of analytics to external dashboards and enterprise reporting tools. Cross-Functional Collaboration * Collaborate with platform engineers, integration teams, manufacturing SMEs, and program managers to align with Factory of the Future (FoM) principles and simulation requirements. * Provide technical input on 3D asset standards, workflows, performance tuning, and best practices.