AustralianCourses
AQF Level 7Domestic students onlyInformation technology

Bachelor of Engineering Honours (Biomedical) and/Bachelor of Science (Health)

  • 5 years full-time / 9.0 years part-time

University of Sydney in NSW offers Bachelor of Engineering Honours (Biomedical) and/Bachelor of Science (Health), a AQF Level 7 program. The program runs for 5 years full-time / 9.0 years part-time, with domestic fees from $0. Government subsidised places may be available.

University of Sydney

Tier 2

University · NSW

5.0· 5 reviews

Domestic fee · Full qualification

$0Commonwealth supported
  • Government Funding
  • HECS-HELP
Duration
5 years full-time / 9.0 years part-time
ATAR requirement
93.35

HECS-HELP

This is a Commonwealth Supported Place — the government pays part of your tuition directly, and HECS-HELP lets you defer your remaining student contribution as an income-contingent loan. Available to eligible domestic students only. Confirm your CSP status with the provider.

Government funding

  • HECS-HELP

    Commonwealth Supported Place — defer your student contribution through HECS-HELP.

    $8,301

Estimated out-of-pocket

After applicable subsidies

$0

Fees and funding are indicative only. Contact the provider to confirm your eligibility and final costs.

Check your funding eligibility

About this qualification

Here is what the Bachelor of Engineering Honours (Biomedical) and/Bachelor of Science (Health) qualification offered by University of Sydney covers and who it is designed for.

This combined degree enables you to gain technical expertise in engineering and complementary knowledge in health, health systems and healthcare provision. Along with engineering, you will gain a thorough grounding in health and health systems at local, national and global levels. You can take any Engineering stream as a component of a combined degree provided your ATAR is above or equal to the lowest selection rank for the stream. You complete a major in Health and units from the Open Learning Environment. Only available in the biomedical engineering stream.