Create the latest medical and technological innovations
UTS’s Biomedical Engineering degrees are designed to help you launch a rewarding, meaningful career at the forefront of clinical engineering. Multi-disciplinary by nature, this course will give you the chance to discover exciting areas like tissue, clinical and prosthetics engineering, all while building your professional network and experience with our extensive range of industry partners.
With UTS, you’ll blend technology and medicine to further our understanding of health and create the groundbreaking, innovative medical breakthroughs of tomorrow.
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trophy Internationally ranked
#8 in Australia
UTS is ranked among the top 150 universities worldwide for Biomedical Engineering.
Shanghai Global Ranking of Academic Subjects 2023
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crowdsource Career outlook
1.6% projected growth
It’s expected there will be a boom in jobs for Other Engineering Professionals by 2028, which includes Biomedical Engineers.
NSW Government My Career Planner 2024
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info Professional accreditation
Industry recognised
This program has been accredited by Engineers Australia and is recognised internationally by signatories to the Washington Accord.
Study options
1 - 10 of 51 results
Bachelor of Engineering (Honours) (Biomedical)
Course- 4 years full time
- 8 years part time
Study level
- Honours
Lowest selection rank
82.50 (Biomedical)
Location
City campus
Intake
Autumn Session 2025
Spring Session 2025
Autumn Session 2026
Spring Session 2026
Bachelor of Engineering (Honours) (Chemical Process)
Course- 4 years full time
- 8 years part time
Study level
- Honours
Lowest selection rank
82.55 (Chemical Process)
Location
City campus
Intake
Autumn Session 2025
Spring Session 2025
Autumn Session 2026
Spring Session 2026
Bachelor of Engineering (Honours) (Civil (Construction))
Course- 4 years full time
Study level
- Honours
- Undergraduate
Lowest selection rank
80.45 (Civil (Construction))
Location
City campus
Intake
Autumn Session 2025
Spring Session 2025
Bachelor of Engineering (Honours) (Civil (Structures))
Course- 4 years full time
Study level
- Honours
- Undergraduate
Lowest selection rank
80.1 (Civil (Structures))
Location
City campus
Intake
Autumn Session 2025
Spring Session 2025
Bachelor of Engineering (Honours) (Civil & Environmental)
Course- 4 years full time
- 8 years part time
Study level
- Honours
Location
City campus
Intake
Autumn Session 2025
Spring Session 2025
Autumn Session 2026
Spring Session 2026
Bachelor of Engineering (Honours) (Civil)
Course- 4 years full time
- 8 years part time
Study level
- Honours
Lowest selection rank
80.10 (Civil)
80.45 (Civil (Construction))
80.10 (Civil (Structures))
80.05 (Civil and Environmental)
Location
City campus
Intake
Autumn Session 2025
Spring Session 2025
Autumn Session 2026
Spring Session 2026
Bachelor of Engineering (Honours) (Data Science)
Course- 4 years full time
- 8 years part time
Study level
- Honours
Lowest selection rank
80.50 (Data Science)
Location
City campus
Intake
Autumn Session 2025
Spring Session 2025
Autumn Session 2026
Spring Session 2026
Bachelor of Engineering (Honours) (Electrical & Electronic)
Course- 4 years full time
- 8 years part time
Study level
- Honours
Location
City campus
Intake
Autumn Session 2025
Spring Session 2025
Autumn Session 2026
Spring Session 2026
Bachelor of Engineering (Honours) (Electrical)
Course- 4 years full time
- 8 years part time
Study level
- Honours
Lowest selection rank
80.00 (Electrical)
82.15 (Electrical and Electronic)
Location
City campus
Intake
Autumn Session 2025
Spring Session 2025
Autumn Session 2026
Spring Session 2026
Bachelor of Engineering (Honours) (Electronic)
Course- 4 years full time
- 8 years part time
Study level
- Honours
Lowest selection rank
82.15 (Electrical and Electronic)
80.0* (Electronic)
Location
City campus
Intake
Autumn Session 2025
Spring Session 2025
Autumn Session 2026
Spring Session 2026
Why study Biomedical Engineering
Break new grounds in healthcare
Biomedical Engineering covers a broad scope of areas, intersecting technology and medicine. Biomedical engineers design and develop medical-related equipment and systems for analysis, diagnosis, therapy and rehabilitation. As a biomedical engineer, you can explore exciting areas such as tissue engineering, clinical engineering and prosthetics engineering.
Graduate with industry connections
When you choose to study at the UTS Faculty of Engineering and IT you get to experience the best of both worlds - a great degree and exposure to UTS industry partners. We offer hands-on, practice-based learning to our students that cultivates exceptional and innovative engineers.
Join a booming industry
A degree in biomedical engineering opens doors to rewarding careers as a biomedical scientist, biomedical researcher, or biomedical engineer. Significant opportunities are emerging across Australia in smart devices, implants and bionics, pharmaceutical development and manufacturing and informatics, with strengths developing in frontier technology like 3D Bioprinting.
Get inspired
Watch to explore where studying a degree in Engineering at UTS can take you, featuring some of our students and a showcase of our industry-leading labs and facilities.
“The application and interview process was actually easier than I had anticipated. I was just myself and didn’t overcomplicate the application and interview.”
Rameda Boonpratak
Related study areas
Sustainability and Environment
Sustainability is challenging growth for businesses and demanding policy change from governments. Expertise in sustainability across different sectors is in growing demand. UTS’s Sustainability and Environment degrees are offered as dual programs with a range of exciting courses.
Mechanical and Mechatronic Engineering
Learn how solids and fluids, heat and electricity interact, building an in-depth knowledge of the forces that rule our world. You’ll design robots, smart machines and more, ensuring you graduate fully prepared to create and innovate the new mechanical devices of tomorrow.
Civil and Environmental Engineering
Build solutions for the future and create effective, human-focused and resilient infrastructure. Learn from industry leaders and build in-demand skills in research, project management, implementation and more.
Electrical and Electronic Engineering
Power the systems that power our world. Study a wide array of communication and electrical energy technologies, get hands-on expertise and learn from industry experts, ensuring you have what it takes to succeed in this rewarding industry.
Find more Engineering courses
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