USC Viterbi COVID-19 Response

Clearing the (Classroom) Air

Student Startup Remedy Addresses Healthcare for Unhoused 

USC Researchers Simulate COVID-19 Classroom Transmission

Where Does Vaccine Hesitancy Exist? USC AI Researchers Can Predict on the Zip Code-Level, in Real-Time

Researchers develop highly accurate modeling tool to predict Covid-19 risk

What Can Traffic Tell Us About How Viruses Spread?

Learning From Lies to Spread the Truth

Could Mapping Tiny Hairlike Structures Help Treat Lung Illnesses?

“Natural Killer Cells” to Fight Viral Infections Like COVID-19 Awarded NSF Funding

Expert Q&A: Does social media misinformation cause vaccine hesitancy?

Can Measuring Air Pollutants Help Us Combat COVID-19?

An Opportunity to Mitigate Student Health Outbreaks Through Wastewater

Using Ancient Knowledge to Fight Pandemics

How Do You Build a Rocket Without a Lab?

Virus Minority Report

What Happens To All Those COVID Test Nasal Swabs? That’s Where It Gets Complicated.

Can We Predict Which COVID-19 Patients Will End Up in the ICU?

USC Undergraduate Student Team Reaches Final Round of $500k Pandemic Response Challenge

The Four-Legged Robot That Can Crawl, Crouch, Clean and Fight COVID

Technology and Design Keep Holiday Tradition Alive–Even at a Distance

“Viterbi vs. Pandemics” Lecture 11: Environmental Influences on Work From Home

USC ISI Researcher Uses AI to Combat COVID-19 Under the Microsoft AI for Health Program

“Viterbi vs. Pandemics” Lecture 10: Protein Engineering by Directed Evolution

“Viterbi vs. Pandemics” Lecture 9: Digital Contact Tracing

After a record-breaking deployment Navy Officer returns to USC for second graduate degree

“Viterbi vs. Pandemics” Lecture 8: Misinformation Detection

“Viterbi vs. Pandemics!” Lecture 7: Vaccine Development

A 10-Day Forecast for COVID-19

“Viterbi vs. Pandemics” Lecture 6: Predictions on COVID-19 to the C.D.C.

“Viterbi vs. Pandemics!” Lecture 5: Estimation of Risk

“Viterbi vs. Pandemics!” Lecture 4: Automation Technologies for Ensuring Human Safety during the COVID-19 Pandemic

Graphs: The Hidden Ingredient to More Realistic Simulations

“Viterbi vs. Pandemics!” Lecture 3: Biology and Disinfection for COVID-19

Urgent Times Call for Urgent Measures

“Viterbi vs. Pandemics!” Lecture 2: Fluid Dynamics of the Spread of COVID-19

“Viterbi vs. Pandemics!” Lecture 1: Modeling Epidemics

Engineering Our Way Through a Global Pandemic

USC Viterbi Offers Two New Short Courses: “Viterbi vs. Pandemics!” and “Sustainable Energy”

Biegler Hall Gets a Makeover

Zoom Work Meetings, Anyone?

USC Viterbi Researchers Win 1st Place, Develop COVID-19 Risk Score for Los Angeles

A Warm Fall 2020 Welcome from USC Viterbi

USC Viterbi Alumnus Donates 33,000 Masks

What’s Next in Pandemic Forecasting?

A Lifeline For Students During The Pandemic

Designing for a Better World: A Summer of Innovation

Helping La Peñita Through COVID-19

Global Online Symposia Focus on COVID-19 Research

New Math Model Predicts Real-World Systems

AI to Better Diagnose and Treat Renal Cancer and COVID-19

Beating A Pandemic To The Punch

Six Innovative Ideas To Aid People in Crisis Zones

Wastewater Surveillance Could Promote Early COVID-19 Detection

The Engineering Bat Signal for COVID-19 Went Out. She Answered It.

A Call to Action for Engineers

Opinion: Why We Need More Than Bluetooth Data to Fight Covid-19

Music for Surviving a Pandemic

USC Student Collects and Distributes Protective Gear for Hospitals

Your Social Media Feed is Biased

Robotic Arms Extend the Reach of UV Disinfection

A Coronavirus Tracking App That’s Putting Privacy First

As the World Goes Remote, USC Researchers, Entrepreneurs Work to Fill Gap in Healthcare Supply Chain

USC Researchers Analyze Coronavirus Misinformation on Twitter

USC Researchers Release Public Coronavirus Twitter Set for Academics

Research Team in Race to Develop COVID-19 Vaccine and Treatments

5 Tips to Stay Cyber Secure When Working Remotely