Overview

Pharmacology and toxicology are crucial fields that explain how chemical substances interact with living organisms to cure diseases and prevent environmental harm. Through the BBiomedSc (Hons) Pharmacology and Toxicology at Murdoch University, students acquire a solid scientific foundation in drug design, therapeutic mechanisms, and poison detection. The program blends theoretical instruction with extensive practical laboratory training, granting learners access to modern analytical equipment and biomedical research facilities. Coursework covers core disciplines including cellular biochemistry, organ system physiology, drug metabolism, and chemical risk assessment. This program is ideal for detail-oriented individuals interested in medicine, drug discovery, and public safety who want to address pressing health and environmental challenges. Graduates complete their studies fully prepared to drive innovation and safety across the pharmaceutical, biotechnology, healthcare, and regulatory sectors.

What You'll Learn

Biochemical principles, human anatomy, and physiological system functions

Pharmacological concepts, drug-receptor interactions, and therapeutic mechanisms

Toxicological principles, chemical toxicity mechanisms, and organ toxicity

Pharmaceutics, drug metabolism, clearance pathways, and xenophobic processing

Environmental toxicology, risk assessment methods, and chemical regulation

Laboratory analysis techniques, diagnostic testing, and drug safety evaluation

Learning Outcomes

Upon completion, graduates possess an in-depth understanding of physiological processes, drug action mechanisms, and toxicological responses spanning molecular, cellular, and whole-organism scales. Students develop the ability to critically analyze experimental data, evaluate chemical risk profiles, and assess the therapeutic efficacy and safety of pharmaceutical compounds. Hands-on laboratory sessions build technical proficiency in bio analytical techniques, chemical assays, tissue culture handling, and precise data collection. As a result, learners acquire the specialized knowledge and skills necessary to pursue career paths in drug development, forensic toxicology, pharmaceutical sales, or regulatory safety assessment.