Cost & earnings at University of Arizona What students borrow here, and what they go on to earn
The Master of Science in Pharmacy, Pharmaceutical Sciences, and Administration at the University of Arizona is a research- and practice-oriented graduate programme designed for students seeking advanced scientific, regulatory and managerial knowledge in the pharmaceutical sector. It suits graduates from pharmacy, chemistry, biology, pharmacology or related disciplines who want to pursue careers in drug discovery, development, regulatory affairs, health outcomes or progress to doctoral study.
This master's programme combines core pharmaceutical sciences with administration and regulatory topics. Students follow a curriculum that typically includes advanced modules in:
Programme pathways commonly offer thesis (research) and non-thesis (coursework or practicum) options. Research students undertake a supervised laboratory project in one of the College of Pharmacy's research groups, while non-thesis students focus on advanced coursework plus a capstone or industry practicum. Electives and seminars allow specialisation in areas such as biologics, clinical trials methods, or regulatory affairs.
Applicants are expected to hold a recognised bachelor's degree in pharmacy, chemistry, biochemistry, biology, pharmacology or a related scientific discipline. Successful candidates typically demonstrate:
The programme may consider standardised tests or additional documentation on a case-by-case basis; applicants should consult the College of Pharmacy admissions guidance for details on required materials and any optional tests.
Graduates move into a wide range of roles across the pharmaceutical, biotechnology and healthcare sectors. Typical career paths include:
The programme’s combination of scientific training and administration-oriented coursework is intended to prepare graduates for interdisciplinary roles that bridge laboratory science, regulatory requirements and commercial development.
The University of Arizona College of Pharmacy is embedded within a large research university and a health sciences campus, offering access to multidisciplinary collaborations across biomedical engineering, clinical medicine and public health. Students benefit from well-equipped laboratories, core research facilities, and active research groups in drug delivery, pharmacogenomics, and translational pharmacology.
Strengths of the student experience include small-group mentorship from faculty, opportunities for industry and clinical practicum placements through regional biotechnology and healthcare partners, and access to university-wide research institutes that support translational projects. The programme emphasises practical skills, regulatory awareness and research competence to help graduates move quickly into scientific, regulatory or managerial roles in the pharmaceutical sector.
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