Our Impact
There is no more powerful mission than truly creating change. The USC community — faculty, students and staff — work side by side with partners in Los Angeles to solve immediate problems, creating a constellation of people and networks collaborating toward the public good. Worldwide, our efforts address global health inequities, develop leadership and research in key cultural areas, train diplomats from myriad countries and more.
Inventing Solutions
Exploring Medical Frontiers
Creating New Knowledge
Discovery, Creativity, Impact
USC is a premier research institution that provides a steady stream of new knowledge, art and technology. It has more than $1 billion in annual research expenditures, with the largest graduate program in science, engineering and health of all private research universities.
Research Highlights
From unexpected climate solutions to unearthing truths about today’s information ecosystem and more, USC researchers roll up their sleeves for the problems of today.
USC startup receives up to $3.7 million to develop an inner ear imaging device
AO Technologies, founded by USC researchers John Oghalai and Brian Applegate, has secured an Advanced Research Projects Agency for Health small business award.
How to be grateful to someone — even when you really don’t want to
Struggling to find your sense of gratitude? USC experts suggest you try thinking differently about what caused the person’s actions.
Keck School of Medicine of USC faculty help lead national cancer disparities report
The report highlights progress against cancer while underscoring persistent inequities and funding concerns.
Scientists map the ocean’s invisible workforce
USC Dornsife research reveals how tiny sea-faring microbes compete for nutrients and help regulate the planet’s climate.
USC scientists engineer ‘synthetic organizer’ cells to improve kidney organoids
The researchers discovered an unrecognized developmental axis and engineered organizer cells to recreate key developmental signals.
USC-led team creates renewable cell source for cancer immunotherapy and beyond
Researchers develop a way to grow and genetically engineer the progenitor cells that give rise to macrophages, a type of first-responder immune cell that shows promise for developing immunotherapies for cancers and other diseases.
Creative Expression
Los Angeles is considered the “Creative Capital of the World.” With six major arts schools, USC is one of the city’s driving forces for new ideas and emerging talent, playing a prominent role in the film, television, music, architecture and arts industries.
Faculty Spotlight
USC’s award-winning scholars and researchers look beyond the ordinary to bring new, much-needed insights and developments to a rapidly changing world with complex needs. Within the health and medical fields, this has translated to a wide range of breakthroughs and discoveries that affect every aspect of our daily lives.
Marientina Gotsis is a professor of the practice of cinematic arts at the USC School of Cinematic Arts whose work bridges arts, design and engineering, with a focus on interactive entertainment for health and well-being. She co-founded and directs the Creative Media & Behavioral Health Center, an interdisciplinary research unit connecting USC Cinematic Arts and the Keck School of Medicine to explore how immersive media and games can support mental and physical health.
Vishal Gupta is an associate professor of data sciences and operations at the USC Marshall School of Business, with a courtesy appointment in USC Viterbi’s industrial and systems engineering department. His research sits at the intersection of AI, optimization and operations, applying analytical tools to real-world decision-making in business and engineering contexts.
Cristina Zavaleta is the WiSE Gabilan Assistant Professor and an assistant professor of biomedical engineering at USC. Her research develops nano-based molecular imaging tools to diagnose disease, guide treatment decisions and accelerate drug discovery, advancing precision medicine through technologies that reveal disease biology at the molecular level.