Overview

Understanding how biological systems respond to chemical agents and developing safe, targeted therapeutic treatments are central to advancing modern medicine. The BSc (Hons) Pharmacology at University of Reading provides a comprehensive education designed in alignment with the British Pharmacological Society's core curricula to address the evolving demands of the pharmaceutical and life sciences industries. Taught by experts spanning pharmacy, chemistry, biological sciences, and mathematics, the course blends molecular biology with applied medical sciences. Students carry out practical experimentation in the state-of-the-art Health and Life Sciences Building, utilizing advanced research facilities and dedicated teaching laboratories. The curriculum examines drug discovery pathways, molecular target identification, and systems pharmacology alongside computational and statistical modeling techniques. This degree pathway is well suited for scientifically minded individuals eager to master drug mechanisms, conduct experimental research, and contribute to pharmaceutical innovation.

What You'll Learn

• Fundamental mechanisms of drug action and molecular target identification

• Experimental design, quantitative laboratory techniques, and pharmacology practical skills

• Mathematical modeling methods and statistical analysis for pharmacological data

• Systems pharmacology, organ responses, and physiological drug interactions

• Commercialization pathways, drug registration standards, and pharmaceutical marketing frameworks

• Regulatory governance, clinical trial methodologies, and safety evaluation protocols

• Specialized topics bridging chemistry, biological sciences, and computational analytics

• Independent scientific investigation, experimental reporting, and data interpretation

Learning Outcomes

Graduates will possess an in-depth understanding of pharmacological principles, ranging from cellular receptor interactions to whole-body physiological systems responses. They will be capable of critically evaluating scientific literature, constructing robust experimental models, and analyzing complex biological datasets using statistical and computational tools. Students develop strong technical competencies in specialized laboratory settings, gaining practical expertise with modern instrumentation and experimental protocols. Furthermore, learners comprehend the full trajectory of pharmaceutical development, including regulatory approval processes, ethical clinical trial structures, and commercialization strategies. Through hands-on laboratory investigation and research-led study, scholars cultivate the problem-solving and analytical capabilities required to excel in biotechnology research, pharmaceutical development, regulatory affairs, or postgraduate scientific study.