Innovative Systems

Whether it’s keeping pace with trends in high-performance computing or adapting them to our needs, we create the cutting-edge systems that enable us to excel, always staying one step ahead. No matter where the next step leads. 

Innovative Systems is an applied research and development unit tasked with developing and evaluating novel approaches to high-performance computing in support of the current and future scientific computational needs of NCSA and campus partners. For example, the team’s Deep Learning Major Research Instrument Project delivers unprecedented performance for extreme data-intensive emerging fields of research. The results will have far-reaching impacts in many areas including computer vision, natural language processing, artificial intelligence, healthcare and education.

Questions about NCSA’s innovative systems expertise and services?

Volodymyr Kindratenko
Director, Center for AI Innovation
kindrtnk@illinois.edu
217-265-0209

Yan Zhan
Assistant Research Engineer

Yan is a Linux engineer supporting a variety of research projects and HPC systems.


“I’ve always been fascinated by HPC since I was a child, and working at NCSA allows me to practice hands-on in the HPC field. I also get to meet many talented students and researchers. Helping them succeed at their projects makes me very happy.”


Male student studying with laptop in the Electrical and Computer Engineering Building.

Since 2016, NCSA’s Student Cluster Competition Team has competed at the international Supercomputing Conference.

NCSA’s Innovative Systems developed and operates a high-performing computer network for AI-related computational workloads.

News

Members of NCSA and the University of Illinois receive their HPCwire awards.

NCSA Receives Honors in 2025 HPCwire Readers’ and Editors’ Choice Awards

NCSA was recognized by the HPCwire community for its outstanding work in artificial intelligence and high-performance computing.
A glowing DNA double helix sits atop a computer chip. Meant to convey the use of HPC in genetics research.

Capturing and Controlling the Movement of Genes

Researchers use supercomputers, including Delta, to build an atom-thin platform to film DNA in real-time.
An image of a spacecraft launching with a great number of rockets visible, blasting off fire.

It is Rocket Science

Using a new algorithm and NCSA’s DeltaAI, a team of researchers reduced the energy cost of simulations by over 500% to help design safer and more efficient spacecraft.
A visualization showing how staph infections can start on the skin.

NCSA’s Delta Assists Potential Staph Infection Breakthrough

Illustration of the molecular handshake driving Staphylococcus aureus adhesion to human skin. The bacterial adhesin SdrD (purple) binds tightly to the host receptor desmoglein-1 (DSG-1, orange) on keratinocytes, with calcium
NCSA | National Center for Supercomputing Applications
1205 W. Clark St.
Urbana, IL 61801
217-244-0710