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4 Years On Campus Bachelors Program
University of Southern CaliforniaThe B.A. in Biopharmaceutical Sciences at the University of Southern California gives students an interdisciplinary understanding of how medicines are discovered, developed, regulated, marketed, and brought into healthcare. It is particularly suited to students interested in the pharmaceutical and biotechnology industries, research, healthcare, business, or further study in areas such as medicine, pharmacy, biomedical engineering, business, finance, or law.
Curriculum Structure
Year 1: Students begin by building their scientific and quantitative foundation through courses in mathematics, chemistry, biology, and introductory pharmaceutical and regulatory sciences. Coursework includes options such as MATH 125g Calculus I, CHEM 105aL/bL General Chemistry, BISC 120Lg General Biology: Organismal Biology and Evolution, along with introductory RXRS coursework.
Year 2: Students move further into pharmaceutical sciences and begin connecting biological science with the development and use of medicines. Key courses include RXRS 200 Approaches to Pharmacology and Drug Development and BPSI 402 Biopharmaceutics I, while additional biology, chemistry, statistics, and pharmaceutical science coursework strengthens the scientific foundation.
Year 3: The curriculum increasingly connects pharmaceutical science with the commercial and practical sides of the industry. Students explore subjects such as BPSI 407 Pharmaceutical and Health Economics, BPSI 410 Biopharmaceutical Product Development and Brand Planning, BPSI 411 Biopharmaceutical Marketing Analysis and Strategy, alongside advanced science courses such as BISC 320Lg Molecular Biology and BISC 330L Biochemistry.
Year 4: Students bring together their scientific, business, and pharmaceutical knowledge through advanced topics covering drug action, safety, biologics, precision medicine, research, ethics, and regulation. Courses include BPSI 403 Biopharmaceutics II, BPSI 405 Organ Systems Physiology, Drug Delivery and Drug Action, BPSI 406 Drug Safety Pharmacology and Toxicology, BPSI 408 Biologics and Vaccines, BPSI 412 Targeted and Precision Medicines, and RXRS 422 Regulation, Guidance and Control of Medical Products. The program also provides opportunities for directed research and an honors capstone project for eligible students.
Focus Areas
Pharmaceutical Sciences, Drug Discovery and Development, Biopharmaceutical Product Development, Biologics and Vaccines, Targeted and Precision Medicines, Pharmacology, Drug Safety and Toxicology, Pharmaceutical Economics, Biopharmaceutical Marketing, Medical Product Development, Regulatory Science, Research and Healthcare
Learning Outcomes
Students develop the ability to apply pharmaceutical science to real-world drug-development challenges, understand the chemical and biological properties of medicines, use concepts from genomics and molecular/cellular biology, pharmacoeconomics and big-data approaches, interpret research relevant to pharmaceutical and healthcare projects, and understand how pharmaceutical products move from discovery through development and commercialization. The program also prepares students for future academic opportunities in health sciences and related professional fields.
Professional Alignment (Accreditation)
The B.A. is an interdisciplinary undergraduate degree offered through USC Dornsife and the Alfred E. Mann School of Pharmacy and Pharmaceutical Sciences. USC's official program information emphasizes preparation for employment in industry, government, research universities, and other research-focused environments, as well as progression to professional and graduate education. No separate professional accreditation is stated for the B.A. in Biopharmaceutical Sciences on the official program information reviewed.
Reputation (Employability)
USC Mann provides a strong research and industry-oriented environment for students interested in pharmaceutical and biopharmaceutical careers. A recent USC Mann graduate of the Biopharmaceutical Sciences program, for example, progressed to a Business Analytics Associate role with Pfizer's U.S. Vaccines Strategy Team, demonstrating the range of science-and-business career directions available to graduates.
The wider USC Mann undergraduate community also provides pathways into biotechnology, pharmaceutics, biomedical industries, and health professions, while the school offers a range of graduate and progressive-degree options for students who want to continue their education.
The B.A. in Biopharmaceutical Sciences gives students opportunities to connect pharmaceutical science with real-world drug development, research, business, and healthcare challenges. Through independent research, applied coursework, capstone projects, and exposure to pharmaceutical technologies, students can build practical skills that complement their classroom learning.
Students can develop practical experience through:
The B.A. in Biopharmaceutical Sciences is designed to keep several career and academic pathways open. Graduates can progress toward opportunities in pharmaceutical and biotechnology companies, research environments, government, healthcare, business, or further professional and graduate education.
Career progression can include:
Pharmaceutical and biopharmaceutical industry: Graduates can pursue opportunities related to drug discovery, development, product lifecycle, commercialization, and pharmaceutical business.
Research careers: The program prepares students for research-focused environments at universities, industry organizations, government agencies, and other research settings.
Drug development: Knowledge of pharmacology, drug development, biologics, precision medicine, and pharmaceutical sciences can support progression into drug-development-related roles.
Pharmaceutical business and marketing: Students can build on their training in pharmaceutical economics, product development, brand planning, and marketing strategy.
Regulatory and healthcare fields: Coursework covering regulation, medical products, healthcare, and pharmacoeconomics can support further study or career development in these areas.
Industry example: USC Mann highlighted a recent Biopharmaceutical Sciences graduate who progressed to a Business Analytics Associate position on Pfizer's U.S. Vaccines Strategy Team.
Further Academic Progression:
The degree provides a strong foundation for students who want to continue into professional or graduate education in pharmacy, medicine, dentistry, biomedical engineering, business, finance, or law.
Within USC Mann, students can also progress toward graduate programs such as MS in Biopharmaceutical Marketing, MS in Management of Drug Development, MS in Pharmaceutical Sciences, MS in Regulatory Science, MS in Healthcare Decision Analysis, MS in Clinical Trial Management, and related programs. USC also offers progressive degree pathways in areas including Biopharmaceutical Marketing, Healthcare Decision Analysis, and Regulatory Science.
The program therefore offers a flexible progression route for students who want to combine pharmaceutical science with research, business, healthcare, regulation, or advanced study.
Applicants apply through the Common Application and must submit official academic records. For first-year admission, students should complete the equivalent of U.S. high school education (Grades 9–12).
IB: Applicants should demonstrate strong academic performance, with scores of 5–7 in all Higher Level (HL) and Standard Level (SL) subjects. Predicted grades should be included with the transcript.
Applicants should have completed I/GCSE examinations and two years of GCE A-Level study in at least three subjects. The most competitive applicants typically achieve grades of 7–9 in I/GCSE subjects and predicted grades of A/A* at A-Level US universities use a holistic admissions review. Beyond grades and standardized test scores, they weigh the strength of your overall profile to understand who you are as a student and a person.
Profile Assessment: Applicants are generally expected to show strong preparation in Biology and Chemistry, with Mathematics or Physics helpful for some programs. Healthcare volunteering, public-health initiatives, scientific research, first-aid training, community service and supervised clinical exposure may demonstrate empathy, responsibility and understanding of healthcare. Requirements differ considerably by program, particularly for direct-entry Nursing, Pharmacy and allied-health degrees.Advanced Placement(AP) Guidance: AP availability depends on the student's school. Relevant APs can strengthen an application and may earn university credit, but are not compulsory unless the university or programme explicitly requires them.Essays & recommendations: Personal essays and teacher/counselor recommendations give context to your achievements and help demonstrate fit with the program.Pharmaceutical ResearcherBiopharmaceutical ResearcherDrug Development SpecialistPharmaceutical Product Development SpecialistBiopharmaceutical Marketing SpecialistPharmaceutical Marketing SpecialistRegulatory Affairs SpecialistPharmacoeconomics ResearcherMedical Product Development Specialist
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