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On one of his final trips as dean of the Viterbi School of Engineering, Yortsos celebrated new scholarships, reconnected with alumni, and inspired the next generation of Trojans in India.
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After 21 years as dean, Yortsos honored with six new philanthropic initiatives that bear his name.
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Twenty-One Years. Twenty-One Questions. A Q&A with USC Viterbi’s longest serving dean.
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Two leading conferences, L4DC and NeuS, converged at USC to tackle the same hard problem from two directions: how do we trust machines that learn?
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Need patriotic stamps? We’ve got you covered. Check out our collection of 14 USC computer scientists and engineers who helped build the modern computing world. Also, they’re animated.
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3 USC faculty will lead research projects funded by the Toyota Research Institute
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AO Technologies, founded by USC researchers John Oghalai and Brian Applegate, has secured an ARPA-H small business award to develop a cochleoscope for clinical imaging of the inner ear.
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USC Viterbi researchers can now predict when a false rumor will jump from one social media platform to another, giving journalists and fact-checkers a chance to step in before it goes mainstream.
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A DARPA-funded team at USC Viterbi aims to generate fictional but realistic schemes to stress-test the algorithms that may one day make dirty money impossible to hide.
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USC Viterbi researchers have proved that fracture geometry can suppress unstable flow patterns and enhance fluid mixing, with implications for groundwater remediation, carbon storage, hydrogen storage and energy production.
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USC Rocket Propulsion Lab’s third successful spaceshot, Daybreak, carried payloads for other student organizations and validated new technologies that expand the team’s ability to return to space on repeat.
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USC engineers have developed a new CAR T-cell therapy that can adapt to almost any solid tumor, attack with precision and spare healthy tissue.
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Materials science researchers at USC Viterbi School of Engineering have addressed a longstanding problem in ferroelectric materials measurement, with implications for next-generation technologies including quantum communication and advanced photonic devices.
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USC Viterbi’s Maryam Shanechi aims to develop AI models to improve neuromodulation and enable adaptive treatment for cerebellar disorders
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A collaboration between USC/ISI, Ostrow School of Dentistry, and the National Institutes of Health is creating the first national database for hearing and balance research.
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Andreas Molisch’s research advances modern wireless systems by improving how signals are modeled, transmitted and understood – from smartphones to autonomous vehicles.
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A novel teaching tool built by USC engineering students in collaboration with USC Physical Therapy Professionals enables enhanced modeling and understanding of spinal cord mobility.
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From self-driving skateboards to robot butlers and more, USC Makers Hosted Spring 2026 Showcase turning ideas into reality and celebrating its 10-year anniversary
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The prestigious National Science Foundation Graduate Research Fellowship Program (GRFP) supports emerging researchers who demonstrate exceptional potential to advance science and engineering
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A wearable, noninvasive device uses sound waves and gene therapy to regulate the heartbeat, no implants required
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Inspired by how the brain processes sight and touch simultaneously, a new device born in a Viterbi lab senses, encodes, and learns from the world around it using nothing but the energy that world provides.
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USC Engineers to Present 32 Papers in Robotics: From Safer Autonomous Navigation and Dexterous Manipulation to VLMs and AI-Driven Learning for Robots
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USC Viterbi researchers have discovered that a naturally occurring nanoparticle found in urine shows early promise as a treatment, and potentially a prenatal intervention, for a rare disease that kills newborns and has no approved therapy.
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USC researchers built a robotic hand that hears a melody once and plays it back after just two minutes of self-taught practice on a keyboard. They say the implications go far beyond music.