
BSPS | Bachelor of Science
in Pharmaceutical Sciences
A 3.3 year program that focuses on building a
solid foundation in mathematics,
chemistry, biology and physics.
The AUHS Bachelor of Science in Pharmaceutical Sciences is a three year interdisciplinary program that focuses from the outset on the foundation of coursework in mathematics and the basic sciences (chemistry, biology and physics).
The program then progresses to advanced coursework in the pharmaceutical sciences, including aspects of drug design and synthesis, mechanisms of drug action, pharmacology and toxicology, dosage formulation, manufacturing, quality assurance, and regulatory compliance.
The curriculum also includes elective credits for individual preparation and educational focus.
- To integrate knowledge with hands-on experience to enhance career path development in pharmaceutical sciences
- To provide educational solutions to health issues centered around professional pharmacy and pharmaceutical sciences
- To attract and prepare students, especially minority students, to enter and successfully graduate from the School of Pharmacy.
- To attract and prepare students, especially minority students, for a career in the pharmaceutical industry
- To prepare underrepresented students as future lifelong learners and future leaders in the healthcare and researcher, as well as serve as future policy advocates in regulatory affairs.
- Demonstrate the ability to communicate effectively with others and to be understood in both the spoken and written word.
- Use critical thinking skills to identify, analyze, and solve pharmaceutical science problems.
- Use logic to solve problems and draw valid conclusions by interpreting mathematical formulas, tables, and graphs.
- Recognize and assess the interdependence of social and cultural systems and evaluate their impact on achieving unity and harmony in everyday life.
- Demonstrate Christian values in serving others.
- Retrieve, assess, and use information effectively to improve outcomes of academic and personal endeavors.
- Apply the chemical and biological principles that govern the function of the human body to assess health related problems.
- Integrate principles of chemistry, biochemistry, biology, and mathematics in drug development and in the design of drug delivery systems.