The Bachelor of Science (Advanced Mathematics) (Honours) offers options tailored to an individual’s aptitude and interests. It allows you to dive deep into mathematics, from the abstract to the applied.
The degree is structured around four areas of mathematics: Applied Mathematics, Pure Mathematics, Quantitative Risk, and Advanced Statistics.
Single Degree Structure
When taken as a single degree, the Bachelor of Science (Advanced Mathematics) (Honours) is made up of 24 courses plus an Honours year, taken over 4 years. Each square below represents a course worth 6 Units of Credit (UoC):
Dual Degree Structure
When taken as a dual degree, the Bachelor of Science (Advanced Mathematics) is made up of 16 courses plus an Honours year taken concurrently with courses for the ‘other’ degree. Students in a dual degree do not take General Education courses or Free Electives:
How to Choose Courses
All students in the Bachelor of Science (Advanced Mathematics) (Honours) must take one of the following courses in their first year:
• SCIF1121 Advanced Science: Professional Perspective and Practice in Semester 1, or
• SCIF1131 Science: Technological and Professional Perspectives in Semester 2
To choose your other first year courses, we recommend reviewing the courses required for the various majors in Advanced Mathematics, and choosing the courses that most interest you.
Remember: you don't declare your major until start Stage 2 courses.
The majors available in Advanced Mathematics are:
If you still have questions about which courses to take, please contact the School of Mathematics and Statistics.
Science courses are any courses that begin with the codes on the right.
Search the Online Handbook for courses by subject area.
See the 3956 Bachelor of Science (Advanced Mathematics) (Honours) program page in the Online Handbook for more details on program structure, rules and requirements.
|A program at UNSW is your degree and will have a four-digit program code (e.g. 3970 Bachelor of Science).|
|A major is a defined sequence of study within a program (e.g. Bachelor of Science with a Major in Chemistry). In some programs, it's possible to do more than one major.|
|All programs and majors at UNSW are made up of courses. Courses are like subjects at school. Each course has an 8-digit course code (e.g. CHEM1011) and usually involve lectures, tutorials and labs. In Science there are 5 types of courses:|
|Core Courses are compulsory courses that must be taken for a program or major.|
|Science Electives are courses that start with the codes listed on Table 1.|
|Free Electives are courses that may be taken from anywhere across the university; either from Science or another Faculty.|
|Recommended Electives are not compulsory but are considered good complimentary courses for a program or major.|
|General Education Courses are courses that must be taken from outside the Faculty of Science (i.e. no courses listed on Table 1 can count as General Education).|
|Within each Faculty at UNSW are a number of schools who teach the courses in their area of expertise. In Science, there are 9 schools:|
|The School of Medical Science (which is part of the Faculty of Medicine) also teaches many courses in Science.|
|Units of Credit (UoC)|
|Courses, majors and programs at UNSW are measured in Units of Credit (UoC). Most courses in Science are worth 6 UoC each, and a full-time load is 24 UoC per semester (i.e. 4 x courses).|
|A prerequisite is a course that must be taken before you can enrol in another course. A co-requisite is a course that must be taken at the same time as another course.|
|Assumed Knowledge is the level of understanding you are expected to have before taking a course. Nobody will check that you have the correct level of assumed knowledge, but you will be at a disadvantage if you don't.|
|Bridging Courses are available to if you don’t have sufficient assumed knowledge for the course you want to take.|