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Highlights

  • Collaboration to advance EV technologies including ADAS, battery systems, and software platforms
  • KAUST’s supercomputing resources will support simulation, AI, and materials science development
  • Joint research to explore next-gen materials and component prototyping for EV efficiency gains

Lucid Group, Inc. (NASDAQ: LCID) has entered into a strategic research and development partnership with King Abdullah University of Science and Technology (KAUST) to drive innovation in electric vehicle (EV) technology. The collaboration brings together Lucid’s EV engineering capabilities and KAUST’s advanced research infrastructure, including access to high-performance computing and multidisciplinary scientific expertise.

The partnership is focused on advancing areas such as advanced driver-assistance systems (ADAS), battery development, software-defined vehicle architecture, and next-generation component design. Lucid will leverage KAUST’s supercomputing capabilities to accelerate AI training, model real-world physics, simulate crash safety scenarios, and explore new materials for vehicle efficiency and structural performance.

Marc Winterhoff, Interim CEO at Lucid, described the initiative as an opportunity to connect academic research with real-world EV applications. The joint efforts are expected to expand Lucid’s global R&D reach while contributing to Saudi Arabia’s broader goal of becoming a center for mobility innovation.

Eric Bach, Lucid’s SVP of Product and Chief Engineer, emphasized the importance of high-performance computing in enabling faster, more detailed simulations and testing processes. Areas of focus include fluid dynamics, thermal management, electromagnetic modeling, and AI-enhanced design techniques such as digital twins and autonomous system development.

Materials science will be a key pillar of the research. Planned projects will investigate the use of high-performance composites, heat-reflective coatings, novel laminates, and unconventional materials to enhance vehicle durability, energy efficiency, and weight reduction.

KAUST President Sir Edward Byrne highlighted the alignment between Lucid’s EV engineering capabilities and the university’s research mission. The partnership also supports the Kingdom’s strategic initiatives in sustainability and technology-driven economic diversification.

Research and prototyping will be carried out at KAUST’s advanced facilities located in King Abdullah Economic City. The collaboration is expected to begin producing outcomes in both design innovation and applied technologies in the coming development cycles.