Following the merger of Ansys and Synopsys, the combined company have become a global engineering technology leader spanning “Silicon-to-Systems,” delivering digital twin solutions that extend across chips, electronics, software, and complete vehicle systems. By combining Ansys’s deep expertise in multiphysics simulation with Synopsys’s leadership in EDA, silicon IP, and software security, the two companies jointly enable automotive customers to achieve collaborative design, verification, and optimization from chip to vehicle. In the automotive sector, more than 90% of top automotive OEMs and over 95% of the top 150+ suppliers use Synopsys. Our solutions address key vehicle applications including active and passive safety, external aerodynamics, battery thermal safety, e-drive and power electronics, interior and exterior optics, thermal management, electromagnetic compatibility (EMC), and intelligent driving. With high-fidelity digital twin technology, performance, safety, and reliability can be validated in virtual environments—significantly reducing physical prototyping and testing costs, shortening development cycles, and improving product quality and innovation efficiency. This provides a solid foundation for software-defined vehicles (SDVs) and the development of next-generation intelligent electric vehicles. From chip and software to the complete vehicle, Synopsys and Ansys are empowering full-stack innovation in the automotive industry with digital twin technology, accelerating the development of next-generation intelligent electric vehicles.

As embodied AI and robotics continue to advance rapidly, simulation has become a key enabler of technology innovation and product development. Ansys' embodied AI solutions support simulation-driven innovation across the development of complete robotic systems and critical components, covering emerging applications such as humanoid robots, mobile robots, service robots, and eVTOLs in the low-altitude economy. Leveraging multiphysics simulation technologies including structural, fluids, electromagnetics, and optics, Ansys helps engineers design and optimize robot bodies, joint modules, actuators, reducers, sensors, vision perception systems, as well as eVTOL airframes, propulsion systems, battery thermal management, and electromagnetic compatibility. Through digital prototyping, virtual validation, and multidisciplinary optimization, companies can shorten development cycles, reduce prototyping costs, and improve product performance and reliability. Ansys also supports the application of Simulation-Driven Design in perception, decision-making, and motion control for embodied intelligence, helping organizations improve development efficiency and accelerate innovation in robotics and next-generation intelligent equipment.

The convergence of multiple cutting-edge technologies is reshaping the automotive industry. Driven by breakthroughs in electrification and the rapid advancement of intelligent technologies, China's automotive sector continues to evolve at an unprecedented pace. Safety, comfort, and intelligence remain the key priorities and long-term trends for the industry. As innovation accelerates and new challenges emerge, Ansys simulation solutions span the entire automotive value chain, from semiconductor chips to complete systems, enabling automakers and industry partners to navigate new opportunities and challenges together. At this event, Ansys will share the latest technologies, insights, and best practices to help customers enhance innovation and accelerate product development. The discussions will focus on key areas of digital transformation, including vehicle safety, cockpit and passenger experience, electrified vehicle development, and advanced autonomous driving technologies that are redefining future mobility. Drawing on the extensive industry expertise of Ansys specialists, the program will provide valuable perspectives and insights into market trends, critical technologies, and the evolving regulatory landscape.