Hong Qin Receives 2024 SMA Pioneer Award for Advancing Geometric Modeling

Hong Qin, a professor in Stony Brook University's Department of Computer Science, has been honored with the 2024 Solid Modeling Association (SMA) Pioneer Award for his transformative work in geometric modeling and physics-based simulation. To be eligible, nominees must have advanced solid modeling through leadership, influential research or technological advancements over 25 years.

"Qin has made outstanding contributions to geometric modeling and physics-based simulations, which are essential in driving advancements across industries from computer graphics to engineering," said Samir Das, professor and chair of the Department of Computer Science. "His recent recognition as an SMA Pioneer highlights his groundbreaking work and unwavering dedication. We take immense pride in having such an influential leader in our department, inspiring us all to push the boundaries of innovation."

During his PhD studies at the University of Toronto, Qin developed D-NURBS (Dynamic Non-Uniform Rational B-splines), an innovative technique that combined conventional geometric models with physics-based simulations. This was the beginning of Qin's groundbreaking work. This breakthrough bridged the gap between static geometry and dynamic physical interactions, allowing for the construction of models that could replicate adaptive, realistic behavior. Qin's work has significantly influenced the fields of computer graphics and simulation, laying the foundation for more sophisticated and flexible modeling systems.

In addition to D-NURBS, Qin's deep expertise in B-splines and NURBS (Non-Uniform Rational B-Splines) furthered his ability to integrate geometric precision with dynamic simulations. His research has improved applications that require detailed, physics-driven modeling like computer graphics, engineering simulations and animation. Qin has been instrumental in transforming solid modeling capabilities by merging mathematical rigor with real-world physics, allowing complex interactions to be simulated in real-time.

Beyond his technical achievements, Qin has taken on a leadership role in the field. He has chaired major conferences and served on editorial boards, contributing to the growth and direction of geometric modeling and computing. His active involvement in the Symposium on Solid and Physical Modeling has been instrumental in shaping the field's future.

Read more about Hong Qin's work

- Sahil Sarna