Genetics is the science of heredity, including: the structure, expression and regulation of genes, the genetic basis of traits, and the interaction between genes and the environment at the population and species level which underpin the evolutionary process. The growing availability of completely sequenced genomes, computational analysis and molecular analytic tools has revolutionised genetics, leading to discoveries in areas as diverse as medicine, agriculture, conservation biology, evolution and biotechnology. The genetics specialisation will place students in an excellent position to pursue higher studies in medical, ecological and evolutionary biology. Familiarity with genetic principles and techniques is also an asset in careers as diverse as law, medical science, agriculture and environmental management.

Learning outcomes

Upon successful completion, students will have the knowledge and skills to:

1. Describe and explain, in depth, the nature of genetic variation and the factors that influence gene flow, evolutionary change and the genetic structure of populations.

2. Use experimental and quantitative methods to identify, quantify and statistically analyse genetic variation within populations, and apply these strategies to evolutionary, forensic and medical problems.

3. Describe and explain, in depth, the molecular basis for inheritance and the way in which genetic information is expressed in cells.

4. Apply genetic reasoning to different experimental problems and communicate the results obtained.

5. Be able to effectively communicate and discuss the impact of modern genetics on the way our society deals with medical problems.

Relevant Degrees

• Bachelor of Biotechnology (BBIOT)
• Bachelor of Science (BSC)
• Bachelor of Science (Advanced) (Honours) (ASCAD)