Why study genetics? We've all been coded with a unique set of genes which give instructions to our body on how to survive. The genes we inherit from our parents will have consequences - positive and negative - and this information can make a difference, particularly when an aspect of our health is going wrong. We've only seen the tip of the iceberg when it comes to how genetic information can be used to understand, prevent and potentially cure illnesses. Genetic information can be useful at the individual level or by population. In addition to the wealth of information we can learn about illnesses and disease, genetics can teach us about family relationships and DNA can play a pivotal role in solving crimes. There is also a lot to be learnt about our environment through examining the genes of other species. Where can genetics take me? There is scope to build a career in a research-focused environment within in a specific industry such as pharmaceuticals or forensics and identification. Some graduates pursue a career in a people-focused role, educating and supporting the general public through genetic counseling. There are also opportunities in ecology and the environment, species protection, biological pest control and bioethics. You may work locally or internationally for a research institution, university, hospital, government or corporate organization. The opportunities for biochemists continue to expand. Further study options If you're an undergraduate with a strong academic record and an appropriate major, Honours in Genetics awaits. Your Honours year will give you the chance to combine coursework and research in a specialized area of study. Complete the Honours program with high grades to qualify for entry into the Masters by Research program or direct entry into the PhD program.