Automotive Visualization Designer

Automotive Visualization Designer

Torrance, California, United States Czinger Vehicles is redefining the future of automotive design and manufacturing. Founded in 2019, we're pioneering a new era of performance vehicles through revolutionary, proprietary technology that blends human-AI design with sustainable manufacturing. Our flagship 21C hypercar, celebrated as the world's fastest production vehicle and for its record-setting runs at Goodwood Hill Climb, Circuit of the Americas, and Laguna Seca, showcases the innovation behind over 550 patents in AI-driven generative design, materials, and additive manufacturing.

With our three core pillars of dominating performance, iconic design, and revolutionary technology, Czinger is at the intersection of deep technology, consumer products, and high-performance branding. We invite you to join our world-class talent in shaping the future of the automotive industry. Here, you'll be part of a groundbreaking journey that pushes the limits of performance, design, technology, and sustainability.

We are seeking a creative and technically capable Automotive Visualization Designer to join our small, highly collaborative design team. This role combines high-quality automotive visualization, vehicle specification development, CMF support, and design-data preparation.

The ideal candidate will have strong visual judgment, an interest in automotive design, and the technical aptitude required to work with complex 3D design and engineering data. Proficiency in Autodesk VRED and working knowledge of Autodesk Alias are required, including an understanding of how Alias data is prepared, transferred, updated, and managed within VRED visualization workflows.

This position is well suited to a junior-to-mid-level designer who is hands-on, adaptable, and comfortable taking responsibility across several areas. Because the design team is small, the successful candidate must be willing to move between creative, technical, and production-oriented tasks as project needs evolve.

• Create high-quality still images, animations, presentations, and real-time visualizations for automotive design, customer specification, marketing, and internal review purposes.
• Prepare, optimize, and manage complex 3D vehicle data for use in Autodesk VRED and other visualization platforms.
• Import, organize, update, and troubleshoot Autodesk Alias data within VRED.
• Maintain effective interoperability between Alias and VRED, including geometry transfer, tessellation, hierarchy management, material assignment, data updating, and preservation of design intent.
• Work closely with designers using Alias to ensure that visualization data accurately reflects the latest design surfaces and releases.
• Work closely with designers, engineers, CMF specialists, sales teams, and marketing teams to translate technical and creative requirements into compelling visual content.
• Support the development of bespoke customer vehicle specifications, including exterior colors, liveries, graphics, materials, trims, finishes, and other personalized design elements.
• Produce accurate visual representations of customer configurations for design approval, customer presentations, and internal communication.
• Provide creative design input when developing individual customer specifications, while maintaining the design intent, brand identity, and visual quality of the vehicle.
• Support the CMF and broader design teams through material visualization, color development, finish studies, graphic applications, and design presentations.
• Develop bespoke vehicle liveries and graphic treatments in collaboration with Design, Sales, Marketing, and individual customers.
• Act as a bridge between design, engineering data, and visualization workflows.
• Access vehicle and component data through the company's PLM environment, including Teamcenter or similar systems.
• Retrieve, organize, convert, clean, simplify, and post-process design and engineering data for visualization use.
• Maintain accurate and current visualization datasets as design and engineering releases evolve.
• Identify and resolve common geometry, surface, tessellation, material, hierarchy, naming,…