14 Best Pharmacy Master's Degree Programs for 2024

The course develops students’ understanding of how pharmacy can impact global health. Students are provided with a foundation in the complex determinants of health and the global burden and management of disease.

The Department of Industrial & Physical Pharmacy at Purdue University provides academic and research opportunities for graduate students interested in pharmaceutics as a scientific career. Pharmaceutics is a discipline that encompasses the different areas of industrial pharmacy, including the development of small-molecule pharmaceuticals and biopharmaceuticals, pharmacokinetics/biopharmaceutics, and physical pharmacy. The broad spectrum of research interests in one academic department, combined with research projects that integrate the physical, chemical, and biological sciences, provides the graduate student with an unparalleled opportunity to work in an outstanding intellectual research environment. Over the years, students with undergraduate degrees in pharmacy, biochemistry, chemistry, chemical engineering, and the biological sciences have received their Ph.D. degrees from the IPPH Department. The diverse academic and cultural backgrounds of our graduate students create a stimulating environment for personal as well as intellectual growth. We invite you to join us in our pursuit of excellence. The Department of Industrial and Physical Pharmacy is one of three departments within the College of Pharmacy. There are about 40 Ph.D. students enrolled in the department. Postdoctoral research associates and visiting scholars further enrich the department’s intellectual atmosphere. During the first semester on campus, each graduate student, with the support of the faculty, identifies a major professor from among the graduate faculty of the department. The curriculum of each graduate student is then determined jointly by the graduate student and his or her major professor. Each Plan of Study is designed to achieve a graduate student's overall educational objective. In addition to departmental courses, each graduate student's Plan of Study typically includes courses in physical, organic, and analytical chemistry, mathematics, statistics, biochemistry, and chemical engineering.

Accelerate your pharmacy career with an MBA from OSU In collaboration with OSU College of Business, the College of Pharmacy is excited to offer specialized pharmacy MBA tracks in Executive Leadership and Business Analytics to our current students and alumni. Designed for aspiring leaders in the pharmacy profession, these programs provide OSU/OHSU PharmD students and alumni, with an opportunity to earn an MBA and gain a strong business background and expanded abilities to lead in any professional setting.

The STEM-designated Master of Science in Regulatory Science is an intensive, interdisciplinary degree program designed to produce graduates whose backgrounds in biological, pharmaceutical and biomedical sciences are enhanced by the knowledge and skills needed to manage regulated biomedical products.

The USciences Pharmaceutical and Healthcare Business MBA is a specialized program focused on this $4 Trillion sector of the US economy. The program prepares graduates to move quickly into or advance within this sector. Our outcomes, as measured twice per year in an alumni survey, demonstrate that we have a proven record of success preparing graduates for their chosen careers.

The Master’s Degree program in Medical and Pharmaceuticals Biotechnologies prepares highly skilled graduates in the biomedical and pharmaceutical biotechnology fields

Behind every exciting research and development initiative in the medical and pharmaceutical industry, you’ll find skilled professionals dedicated to compliance, consumer safety, and public health.

This accredited Pharmacy degree will prepare you for a career at the forefront of healthcare and medicine. This degree focuses on developing your scientific, technical and communication skills. You'll leave as a professional, caring, ethical and effective pharmacist, able to contribute to the health of future generations.

Advanced training for pharmacists operating in territorial and community contexts. The master's program focuses on the management and organization of pharmacies, patient consultation, and the implementation of public health programs. Students learn strategies to improve access to medications and the quality of healthcare at the local level, preparing for leadership and innovation roles in territorial pharmacy.

This program focuses on the evolution of pharmacy as an integrated service within the healthcare system. Students explore new models of pharmaceutical service delivery, such as therapy management, medication counseling, and health promotion. The course prepares pharmacists for an active and strategic role, improving access to care and contributing to the optimization of healthcare resources through an innovative and patient-oriented approach.

This program explores the regulation and governance of medical devices, addressing regulations, approvals, and safety monitoring. Students gain skills in international standards, compliance processes, and lifecycle management of devices. The course prepares professionals to work in medical industry companies, regulatory bodies, and healthcare organizations, ensuring that medical devices are safe, effective, and compliant with regulations.

This program focuses on the personalized preparation of medications (pharmaceutical compounding) and the use of standardized formulas (officinal pharmacy). Students learn preparation techniques and quality control of tailored medications and pharmaceutical products compliant with official pharmacopoeias. The course trains specialists capable of providing personalized and high-quality therapeutic solutions, integrating practical skills with in-depth theoretical knowledge of pharmacy.

The MPharm course at Lincoln combines the science of medicines and disease with the development of the patient-facing decision-making skills and professional practice required by modern pharmacists. The course introduces the science underpinning how drugs are developed and produced and how they interact with the body to treat and prevent disease.