International students must demonstrate English proficiency through tests such as TOEFL, IELTS, or PTE Academic. Specific score requirements and additional details can be found on the International Students

USC requires applicants to submit the Common Application along with the USC Writing Supplement. Additional requirements include:

• Transcripts
• Standardized Test Scores: SAT or ACT (if applicable)
• Letters of Recommendation
• Personal Statement

More details on application requirements can be found on the USC Admissions page​ (USC)​.

USC offers a wide range of programs, with notable strengths in:

• Business: The Marshall School of Business.
• Cinema and Media Studies: The School of Cinematic Arts.
• Engineering: The Viterbi School of Engineering.
• Law: The Gould School of Law.
• Medicine: The Keck School of Medicine.

USC is a major research institution with extensive research facilities and programs. Key research areas include cancer, stem cell, regenerative medicine, and technology innovation. USC collaborates with industries worldwide to address complex global challenges​ (Research)​.

USC offers over 150 undergraduate majors and minors and more than 400 graduate and professional programs across its various schools and departments. Detailed information on specific programs can be found on the Study Program​ (USC)​.

USC provides a variety of scholarships and financial aid options, including merit-based scholarships, need-based grants, and loans. The university is committed to affordability, providing substantial financial aid to students from diverse economic backgrounds. More information is available on the USC Financial Aid page​ (USC)​.

USC offers comprehensive support for international students, including visa and immigration advising, orientation programs, and academic support services. The Office of International Services provides resources and assistance to help international students adjust and succeed at USC​ (USC)​.

USC's Career Center offers robust support for job placement and career development, including job fairs, resume workshops, and internship placements. The center helps students and alumni navigate their professional journeys successfully​ (Jobs)​.

USC boasts a wide array of distinguished faculty across various fields:

1. Leonard Adleman: A professor of computer science and molecular biology at USC, Adleman is a co-inventor of the RSA encryption algorithm, one of the most widely used encryption systems in the world. He also pioneered DNA computing, which uses biological molecules for computational processes.

2. Antonio Damasio: A professor of neuroscience, psychology, and philosophy, Damasio is internationally recognized for his work on the relationship between emotions and decision-making. His research has significantly influenced the fields of psychology, neuroscience, and cognitive science.

3. Manuel Castells: A professor of communication, Castells is a globally influential sociologist and communication scholar, known for his work on the information society and network theory. His work is considered foundational in understanding how the digital age has transformed societies globally.

These professors and Nobel laureates exemplify USC's contributions to a wide range of disciplines, from chemistry and computer science to economics and neuroscience.

The University of Southern California (USC) is home to several Nobel Prize winners, both current and past faculty. Some of the most notable include:

1. George Olah: Awarded the Nobel Prize in Chemistry in 1994, George Olah was a USC professor and researcher recognized for his groundbreaking work on the chemistry of carbocations. His research had a significant impact on the fields of organic chemistry and energy.

2. Leonid Hurwicz: While not at USC when he won the Nobel Prize in Economic Sciences in 2007, Hurwicz was a former USC professor. He was honored for his pioneering work in mechanism design theory, which helped to explain how economic systems allocate resources.

3. Arieh Warshel: A professor of chemistry at USC, Warshel won the Nobel Prize in Chemistry in 2013 for his work in developing multiscale models for complex chemical systems. His work helped transform the understanding of chemical reactions and their mechanisms, particularly in biological molecules.