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A Biomedical Engineer uses science and technology to develop equipment that can assist in the treatment of illnesses or help people to recover from injuries. This could involve designing, creating or maintaining systems such as health monitoring machines (surgery devices or ICU machines), therapeutic systems (tissue engineering, drug delivery automation, laser for surgery), and diagnostic systems (medical imaging such as ultrasound or MRI machines).
Most Biomedical Engineers will work in a hospital, providing assistance in the selection, use and maintenance of different medical equipment. It is also possible for Biomedical Engineers to work in research institutions or marketing companies in technical advisory roles.
There are 5 courses available for people who want to become a Biomedical Engineer.
Possible job outcomes:
Learn how to design and engineer medical equipment and devices with the 52885WA Advanced Diploma of Biomedical Engineering. This nationally recognised qualification is for experienced engineers who need to understand the anatomy and physiology of human body systems, and have technical skills in biomechanics assistance technologies, biomedical instrumentation, medical imaging devices, biomedical modelling and simulation, biomedical equipment design. Enquire now for entry requirements, biomedical engineering career outcomes, and upcoming enrolment dates..
Average duration: 18 months.
The Master of Biomedical Science focuses on pioneering research aimed at enhancing health, and improving clinical diagnosis and treatment. It offers options to deepen knowledge through coursework or research. The course integrates key disciplines such as human genetics, epigenetics, and genomics, exploring how gene-environment interactions shape human characteristics in both health and disease. This course is ideal for those interested in the forefront of biomedical advancements. .
The Master of Biomedical Engineering is crafted for those aiming to revolutionise healthcare through technology. As a Biomedical Engineer, students will contribute to developing new technologies that enhance disease diagnosis, patient monitoring, and medical treatments, ultimately improving the quality of life for individuals with critical or debilitating conditions. This course provides expertise in applying engineering principles to healthcare, enabling students to develop impactful technologies and solutions in various health-related fields, significantly advancing human health. .
Average duration: 3 years.
The Bachelor of Engineering (Honours) (Biomedical Engineering) merges engineering principles with biological and medical sciences. This discipline plays a pivotal role in advancing the health sector and enhancing lives through innovations in imaging, robotics, materials, computer science, and prosthetics. Students delve into areas encompassing mechanical and electrical facets, artificial intelligence, and contemporary biomedical systems. Graduates will possess a robust understanding of global biomedical system development, prepared to make impactful technological contributions both domestically and internationally..
Average duration: 4 years.
The Bachelor of Science (Cell and Molecular Biology) focuses on life processes at molecular and cellular dimensions, encompassing genetic information storage, transfer, and regulation, as well as cellular structures and molecular interactions. This foundation emphasizes principles central to living organisms at these levels. Acquired knowledge bridges various domains, from biomedical science to microbiology. This degree paves the way for advanced pursuits in molecular life sciences, medicine, bioengineering, and biotechnology. .
In Australia, a full time Biomedical Engineer generally earns $2,050 per week ($106,600 annual salary) before tax. This is a median figure for full-time employees and should be considered a guide only.
While the occupation of Biomedical Engineers has historically been a small one, it has experienced rapid growth since 2011. It has been forecasted that this field will continue to grow very strongly over the coming years, with plenty of opportunities for Biomedical Engineers.
Source: Australian Government Labour Market Insights
To become a Biomedical Engineer, you will need to complete a relevant qualification like the Advanced Diploma of Biomedical Engineering. Most people will continue on to complete postgraduate studies.
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Here are some potential career pathways within biomedical engineering. Click on an occupation to learn more about the role and the qualifications that can help you get started in this industry.
Biomedical Engineering
Clinical Engineer
$1,250 weekly pay
Engineering Technologist
Research and Development Engineer
Bioinformatics Engineer
$2,889 weekly pay
Biomedical Engineer
$2,050 weekly pay
Pharmaceutical Engineer
$1,500 weekly pay
Tissue Engineer
Learn more about Biomedical Engineer courses in your area.