USC Viterbi School of Engineering
When scientists made the historic first detection of gravitational waves in 2016 — confirming a century-old prediction by Einstein — USC was behind the scenes making it possible.
USC ISI's Pegasus Workflow Management System had spent 15 years working with LIGO, automating the analysis of tens of terabytes of data and running millions of computational tasks that helped prove one of physics' greatest theories. The same software also generated the first physics-based probabilistic seismic hazard map of Southern California.
Today that tradition of AI-accelerated discovery continues across every scientific frontier: USC researchers have developed an AI model capable of simulating billions of atoms simultaneously to unlock new materials; AI tools are decoding the Earth's subsurface to advance CO₂ storage and energy resource management; USC scientists have built a system that can draft a full research paper in under an hour; and AI is compressing years of trial-and-error alloy discovery into weeks.
Academic Departments
Rooted in an interdisciplinary approach, the school, a unit of USC Viterbi, serves as the hub for advanced computing research and education at USC.
Recent Highlights
USC Viterbi has been a global pioneer in quantum computing.
In 2011, the USC-Lockheed Martin Quantum Computing Center at the USC Information Sciences Institute became the first academic institution in the world to house and operate a commercial quantum computer — a D-Wave One that prompted Google and NASA to follow with their own systems just two years later.
Today, USC remains the only university in the world with a dedicated on-site quantum computer, and in 2024 added the first IBM Quantum Innovation Center on the West Coast, giving researchers cloud access to IBM's most advanced systems.
Ranked among the top five graduate programs in quantum information science globally, USC Viterbi is training the next generation of quantum scientists while pushing the field forward - from demonstrating unconditional exponential quantum scaling advantage to probing exotic kagome superconductors.
Published on October 11th, 2016
Last updated on June 9th, 2026






















