Studying a double degree in science and mathematics will provide you with advanced knowledge and skills that are highly sought after by employers. A stronger training in mathematics and statistics enhances your capabilities in modelling analysis and design. Graduates find work in a diverse range of exciting fields. Some examples include natural resources, agriculture, genetics, chemistry and biochemistry, infection and disease control, bioinformatics, physical measuring and imaging techniques. Career outcomes Graduates find work in a diverse range of exciting fields. Some examples include: Natural resources: measuring fish populations and predicting sustainable fishing limits Agriculture: from climate modelling to the interaction between crop yields and prices, harvest schedules and environmental impacts Genetics: including gene sequencing and quantitative genetics Chemistry and biochemistry: operations research and statistical techniques to improve workflow processes of chemical laboratories. Scientific computation and visualisation related to research areas such as drug design using combinatorial chemistry Infection and disease control: using statistics and mathematical modelling Bioinformatics: analysing and modelling data arising in molecular biology, genome sequencing and gene networks Physical measuring and imaging techniques: measuring and modelling using applied and computational mathematics. Professional recognition On graduation students may also be eligible for membership in the Australian Mathematical Society (AMS), ANZIAM (Australia and New Zealand Industrial and Applied Mathematics, a division of AMS), the Australian Society for Operations Research Inc. (ASOR) and the Statistical Society of Australia.