Senior Real-Time VR Visualization Engineer

Lucid Motors; Newark (CA); On-site; USD 142,000 - 195,000; Full time

Benefits offered by this job

Equity program

Performance bonus

Job summary

Lucid Motors seeks a technically oriented developer to own and maintain the data pipelines behind real-time visualization experiences. You will build and sustain systems that process surface data into visualization assets, collaborating across Studio Modeling, Design, Engineering and CMF to drive exceptional experiences.

The role emphasizes automation, tool development, and integration of AI-assisted workflows, AR/VR interfaces, and spatial computing platforms, with strong emphasis on software

Qualifications

• Strong Python skills and Unreal Engine Blueprint experience.
• Experience maintaining automated data pipelines for CAD/visualization.
• Ability to build tools and automation for real-time visualization.

Responsibilities

• Own and evolve data pipeline turning surface data into real-time visuals.
• Troubleshoot pipeline issues across software, OS, and workflows.
• Develop tools and automation for data prep, processing, and deployment.
• Improve internal visualization tools through workflow and UI improvements.
• Collaborate with Studio Modeling, Design, Engineering and CMF.
• Support AI-assisted development, AR/VR interfaces, and real-time platforms.
• Contribute to immersive experiences with spatial computing interactions.

Skills

Python

Unreal Blueprints

Automation scripting

UI design

AI-assisted development

Real-time visualization

Team collaboration

Tools

CAD

Unreal Engine

Verse

Visualization tools

Job description

Lucid Motors seeks a technically oriented developer to own and maintain the data pipelines behind real-time visualization experiences. You will build and sustain systems that process surface data into visualization assets, collaborating across Studio Modeling, Design, Engineering and CMF to drive exceptional experiences.

The role emphasizes automation, tool development, and integration of AI-assisted workflows, AR/VR interfaces, and spatial computing platforms, with strong emphasis on software