Did you do well in general maths and feel confident in attempting a higher level? You may consider enrolling into a course without maths prerequisites and completing an accepted 1000 level maths unit in your first year. You can then apply to transfer in your second year, giving you a second shot at your preferred course. You may even get credits for the subjects you’ve completed in first year.
Visit the changing your course page for further information on internal transfers.
If you are wanting to enrol in a course with the mathematics prerequisite but did not study maths after year 10, you still have choices. If maths isn’t your strong suit, you may still meet your career goals by completing another degree, such as a Bachelor of Arts. With our shared pool of majors and minors, you could complete a major that relates to your interests and original course preference.
There are a wide range of courses without maths prerequisites including (but not limited to):
Visit Sydney Courses to search the admission requirements for over 200 Undergraduate courses.
Selecting your subjects for the HSC is an exciting time, but one that you’ll be giving lots of thought to, especially if you are still unsure about your future career path.
It's important to understand that a prerequisite is different to assumed knowledge and is a requirement to enter the course. To be eligible to receive an offer at the University of Sydney for degrees such as agriculture, economics, commerce, engineering and IT, health, medicine, psychology, pharmacy, veterinary science and science, and some combined law degrees, a band 4 in HSC mathematics (or equivalent) is a prerequisite.
If you are considering any of these options at uni, we'd recommend taking HSC Mathematics (or equivalent), not HSC Mathematics General. Learn more about our mathematics course prerequisites and related courses.
There are a number of students for which the maths prerequisites will not apply. Visit our mathematics prerequisites page for more information.
"Mathematics has enabled us to design machines at subatomic scales. It’s the backbone of artificial intelligence that can play chess, drive cars and identify cancers far better than humans ever could. But the thing I feel most strongly about, amidst all the futuristic technology, is how mathematics can make us more human."