Bachelor of Mathematics

Without maths, interpreting the real world would not be possible

Mathematics is the language of science. It underpins most technological advances that we rely on every day. Studying a Bachelor of Mathematics will give you essential skills and knowledge. Study logic, mathematical modelling, experimental design and data analysis.

The Bachelor of Mathematics attracts the very best problem-solvers. Those who analyse things critically and are eager to make technological discoveries. The computing, maths and technology industries are at the forefront of new thinking, and are central to the way we work, learn, communicate, socialise and entertain ourselves. You will use your skills in technology, creativity and logic to push boundaries and make a difference in society.

Course overview

Current research is inventing new ways of using existing mathematics as well as creating new mathematics for the future. As part of your structured mathematics major, you will study courses in topic areas such as:

• statistics
• differential equations
• numerical methods
• number theory
• complex analysis

Admission to our undergraduate degree programs usually requires successful completion of a senior secondary school qualification similar to the Higher School Certificate (HSC), the highest educational award in New South Wales schools.

Applicants who do not speak English as a first language must demonstrate that they meet the University's English proficiency requirement. Further information regarding English language proficiency requirements can be found at the English Language Proficiency for Admission Policy.

In the application portal, you can enter the program you wish to study and upload relevant documents needed as part of your application. It is recommended you submit your application a minimum of 12 weeks before your intended semester of trimester start date.

This degree can take students to varied and ground-breaking places. Graduates work in a wide range of fields including communications, international finance and the futures market, the energy sector, and medical and health research.

Current research is inventing new ways of using existing mathematics as well as creating new mathematics for the future. Analytical thinking and innovation, critical thinking and analysis, complex problem-solving, technology design and programming and reasoning, problem-solving and ideation are all embedded within this degree, and are skills that have been identified as being in demand and emerging according to the World Economic Forum’s The Future of Jobs Report 2025.

With industry experts predicting up to 200,000 new AI-focused roles in Australia by 2030, you will be equipped as an adaptable graduate to take advantage of new opportunities and solve global challenges.

Professional outcomes:

• data mining analyst
• economic/social statistician
• investment banker/stockbroker
• sports statistician
• meteorologist
• data analyst and scientist