About the WAVE HPC Center
Transforming Discovery through Advanced Computation
The E. L. Wiegand Advanced Visualization Environment (WAVE) serves as Santa Clara University’s premier interdisciplinary hub for high-performance computing, data analytics, and immersive visualization. Since its inception, WAVE has evolved from a specialized technical utility into a core strategic asset that powers research innovation and elevates student learning across the entire campus. While our state-of-the-art immersive visualization and development labs are located within the Sobrato Campus for Discovery and Innovation, the High-Performance Computing (HPC) cluster itself is housed in a dedicated, climate-controlled university data center. This classic HPC environment provides the heavy-duty computational "muscle" required for complex modeling and massive dataset analysis, allowing researchers to tackle intensive workloads that far exceed the capabilities of standard desktop systems.
A Shared Resource for a Diverse Community
Unlike traditional computer labs restricted to a single department, the WAVE HPC Center is an intentionally shared resource designed to foster "accidental" collaborations between engineers, scientists, artists, and social scientists. While it serves high-end users in traditionally quantitative fields like Computer Science and Bioengineering, it is specifically designed to democratize access to advanced technology. Today, the Center supports a vibrant ecosystem of projects as diverse as climate change modeling in the environmental sciences, molecular protein simulations in biology, and even the exploration of visual engagement in marketing analytics. By providing these resources to undergraduates early in their academic careers, Santa Clara University differentiates itself from larger research institutions that often reserve such high-level technology for graduate-level study.
Cutting-Edge Infrastructure
To support the increasingly intensive processing requirements of modern research, the University has made significant investments in the Center's physical and technical infrastructure. Through strategic hardware integration and corporate partnerships, the WAVE HPC system has recently tripled its total computing power. The current cluster features a robust network of 2,076 CPU cores and 69 GPUs, supported by an enterprise-grade, 400 TB high-performance parallel file system from VDURA that eliminates storage bottlenecks. This environment allows researchers to reduce processing times for complex simulations from weeks to mere hours, enabling them to iterate faster and reach breakthroughs sooner.
Preparing Leaders for a Data-Driven World
At its heart, the WAVE HPC Center is an engine for student success. By embedding high-performance computing (HPC) into the undergraduate curriculum, we ensure that our graduates possess the practical, technical literacy—such as managing files on remote servers and utilizing job schedulers like SLURM—that is increasingly required in the biotech, tech, and financial sectors. Whether a student is exploring the structural dynamics of ancient artifacts or training a deep-learning model for autonomous sensing, the WAVE project provides the essential bridge between theoretical knowledge and the hands-on computational skills necessary to lead in an era defined by Big Data.
Navigation & Further Reading
To learn more about the foundations that made this center possible and the specific opportunities available to our faculty and students, please visit our sub-pages:
- [Our Benefactors]: Explore the history of the transformative grants from the E. L. Wiegand Foundation and the Fletcher Jones Foundation.
- [Grants and Programs]: View current funding opportunities for faculty course development and catalytic research grants, skills-based boot camps and workshops, and student research fellowships.