Overview

DNA is often called the language of life, and the study of genes explains everything from physical traits to susceptibility to disease. The Bachelor of Biomedical and Health Sciences majoring in Genetics at Adelaide University builds a broad foundation in how the human body works in health and disease, then focuses on the structure, function, transmission and evolution of genetic material. Students study anatomy using real human specimens in specialised labs and learn from leading academics, with high-tech learning environments and simulation helping to refine their skills. The genetics major also considers the reach of genetics across different sectors and industries, along with its ethical implications. Cross-cultural and First Nations perspectives are built into the degree, and students can add breadth through electives or a second major. The program concludes with a work or research placement in a professional setting. The course suits those who are curious about the molecular basis of life and want a career in health, research or biomedicine. Graduates gain sought-after skills for the sector or postgraduate study.

What You’ll Learn

Human anatomy and physiology

Health research methods and research skills

Molecules, genes and cells

Data skills and statistical analysis for scientists

Introduction to genetic analysis and patterns of inheritance

Applications and limitations of genetic analysis

Evolutionary genetics and epigenetics

Quantitative, developmental and medical genetics

Molecular and cellular biology laboratory techniques

Genetics practical work

Learning Outcomes

By the end of the course, graduates will understand how genetic material is structured, expressed, inherited and changed over time, from the molecular and cellular level through to populations and evolution. They will be able to explain different patterns of inheritance, describe how mutations arise and critically evaluate both the power and the limitations of genetic analysis, including its ethical implications across health and industry. Students will apply mathematical modelling and statistical analysis to genetic data and use molecular and cellular biology techniques in a modern laboratory setting. A final-year work or research placement adds professional experience, alongside communication, teamwork, problem-solving and time management. Cross-cultural and First Nations perspectives within the degree support a well-rounded understanding of health and care. Through electives or a second major, students can also specialise further in preparation for health-related careers or advanced postgraduate study.