High Performance Computing for Alabama University:

Welcome to UAH's State of the Art Facility!

The University of Alabama in Huntsville (UAH) is excited to unveil our state of the art High Performance Computing (HPC) cluster, a testament to innovation and interdisciplinary collaboration. This transformative project was made possible through a generous two year, nearly $1 million grant from the National Science Foundation (NSF).

Pioneered by Dr. Vladmir Florinski, this venture has elevated UAH to become a central hub for high performance computing in Alabama, serving a diverse consortium of 10 public and private universities across the state.

Engage and Innovate!

We cordially invite scholars, students, and partners to engage with our state-of-the-art computing resources. Request an account to gain access to exceptional computational capabilities and support innovative research across diverse scientific fields.

🌟 Controlled Enrollment: Submit your application for an account and, upon approval, gain access to our advanced computing resources for your research needs.

🌐 Statewide Collaboration: Engage with a network of esteemed professionals and peers throughout Alabama for collaborative research endeavors.

🔍 Diverse Applications: THis high-performance computing cluster serves as a robust tool for university-driven research and projects, offering the necessary resources to accommodate computational needs across various scientific disciplines.

Why Join?

🚀 Elevate Your Research Potential: Explore new frontiers in your scholarly work with high-speed computing performance while also gaining insights into the workings of high-performance computing.

🛠️ Innovative Tools: Benefit from a wide array of readily available software and resources to support your research activities.

Ready to Dive In?

Initiate your engagement with high-performance computing at UAH. Our sophisticated HPC infrastructure is designed to support the academic and research pursuits of students, faculty, and research professionals. Register for an accout and begin exploring how this advanced HPC platform can transform your research and academic initiatives.