#None #Singapore #NVIDIA #Synopsys #STEM Racing

Synopsys Revolutionizes STEM Racing Experience with Digital Twin Technology

In a groundbreaking announcement made during the Aramco STEM Racing World Finals held in Singapore, Synopsys introduced an innovative digital twin racetrack concept aimed at enhancing STEM (Science, Technology, Engineering, Mathematics) education for students around the globe. This initiative is part of Synopsys's ongoing commitment to empower young minds, allowing them to engage in practical, hands-on learning experiences.

A New Era in STEM Education

The digital twin racetrack was developed by Ansys, a key part of Synopsys, and it allows students to emulate and test the aerodynamics of their miniature F1 cars using sophisticated computational fluid dynamics (CFD) techniques. By integrating advanced simulation tools, Synopsys is extending its educational reach to more than 400,000 students worldwide, providing them free access to the same high-quality tools utilized by professional Formula 1 teams. This powerful learning opportunity is set to inspire the next generation of engineers and innovators.

The Role of Technology

At the heart of the digital racetrack experience is Ansys Discovery, which works in tandem with NVIDIA Omniverse. This combination enables students to refine their car designs and visualize real-time airflow dynamics. During this year’s event, a simplified version of this technology was demonstrated, allowing younger students to engage with basic modeling principles and understand how different design choices can influence racing performance.

Teams participating in the STEM Racing program are not just competing; they are engaging in a comprehensive learning process where theory meets practice. By interacting with a digital twin model of their cars and the racetrack, students gain insight into complex aerodynamics and performance optimization.

Hands-On Learning Experience

During the World Finals, students were encouraged to modify their car designs on the spot, swapping components to test various aerodynamic configurations, such as different types of spoilers. This interactive methodology promotes creativity and critical thinking, essential skills in both STEM fields and real-world problem-solving scenarios.

As the 2025-2026 STEM Racing season approaches, Synopsys plans to host demo days for student teams. These sessions will enable them to upload custom designs into Omniverse and conduct CFD analyses using Discovery, ultimately refining their models based on data-driven performance predictions.

Comments from the Industry Leaders

Andrew Denford, founder and chairman of STEM Racing, stressed the importance of Synopsys' simulation tools: “They have transformed how our student teams approach STEM learning. This new virtual racetrack will further enrich that experience. By facilitating exploration of concepts like aerodynamic drag in an immersive setting, we are equipping students not only for success on the physical racetrack but also for advanced studies and future careers in STEM.”

Tim Costa, General Manager for industrial and computational engineering at NVIDIA, added that integrating Omniverse with Discovery exemplifies cutting-edge technology in motorsport. It creates an authentic environment for students to optimize their vehicles, preparing them for real-world applications and advancements in their respective fields.

A Bright Future for STEM Education

Research shows that the majority of STEM professionals developed an interest in their fields before high school, reinforcing the necessity of introducing sophisticated tools like Discovery and Omniverse at earlier educational stages. By cultivating skills in computer-aided design (CAD), computer-aided engineering (CAE), and simulation, Synopsys aims to pave the way for students pursuing careers across various disciplines, including engineering, design, and computer science.

Antonio Varas, chief strategy officer at Synopsys, emphasized: “This collaboration illustrates that STEM encompasses creativity, teamwork, and real-world solutions. Exposing students to practical experiences motivates them to consider careers in these fields, fostering confidence and enthusiasm for lifelong learning.”

Overall, Synopsys's initiative with the digital twin racetrack marks a monumental step in STEM education. By merging advanced technology with hands-on learning, the company is setting the stage for future innovation and success among young engineers and creators.

Conclusion

In summary, Synopsys's digital twin racetrack, powered by Ansys and NVIDIA Omniverse, significantly enhances the STEM Racing curriculum. This initiative not only enriches the learning experience but prepares students for a future in innovation and technology. As we move into the new racing season, the capabilities afforded by this technology hold the promise of inspiring a new generation of talented individuals ready to tackle the challenges of tomorrow.