Australia’s healthcare technology sector is creating a growing intersection between clinical expertise and artificial intelligence. With more than 500 medtech companies, a sector worth over $10 billion, and a rapidly expanding digital health market, healthcare graduates are finding career pathways that extend well beyond traditional clinical roles.
For nursing, allied health, optometry, radiography and biomedical science students, this crossover presents an increasingly relevant opportunity: combining clinical knowledge with technology, data, medical devices and digital health.
Australia’s Medtech Sector by the Numbers
Australia has more than 500 medical technology companies generating combined annual turnover of over $10 billion. The industry directly employs more than 19,000 people, with the broader ecosystem supporting around 51,000 jobs.
The wider medtech market was valued at approximately USD 8.9 billion in 2025 and is projected to reach USD 14 billion by 2034.
Digital health is expanding even faster. The Australian digital health market is projected to grow from approximately USD 8.9 billion in 2025 to USD 31.1 billion by 2034, representing a compound annual growth rate of 14.92 per cent.
This growth is being driven by areas including AI-assisted diagnostics, remote patient monitoring, aged-care technology and investment in Australia’s national digital health infrastructure.
Healthtech investment is also increasing. Private capital fundraising across Australian and New Zealand healthtech reached AUD 416 million across 11 deals in 2025, more than double the previous year’s total.
Key Numbers
|
Measure |
Figure |
|
Medtech companies in Australia |
500+ |
|
Combined annual turnover |
$10 billion+ |
|
Direct employment |
19,000+ |
|
Employment including indirect roles |
Around 51,000 |
|
Medtech market, 2025 |
USD 8.9 billion |
|
Projected medtech market, 2034 |
USD 14.0 billion |
|
Digital health market, 2025 |
USD 8.9 billion |
|
Projected digital health market, 2034 |
USD 31.1 billion |
|
Digital health CAGR |
14.92% |
|
ANZ healthtech capital raised, 2025 |
AUD 416 million |
The Skills Gap Creates a Crossover Opportunity
The Medical Technology Association of Australia has identified a skills gap equivalent to around 3 per cent of current employment, or approximately 660 workers.
Although that number may appear relatively small, the impact on specialised businesses can be significant. A large majority of organisations surveyed reported that skills shortages had affected their operations, with many indicating that the problem had become more pronounced over the previous five years.
This creates an important distinction for graduates.
The opportunity is not simply to become another technology graduate. It is to develop a combination of clinical knowledge and technology capability that is difficult to replicate.
What Does the Clinical-Technology Crossover Look Like?
Optain Health provides an example of how clinical expertise, medical imaging and AI can come together.
The company uses oculomics, which examines the eye as an indicator of broader health. Its technology uses a portable robotic camera to capture retinal images without requiring pupil dilation, while AI-supported workflows can identify conditions including diabetic retinopathy, glaucoma and age-related macular degeneration.
The technology also explores the potential of retinal imaging to assess cardiovascular risk.
The clinical challenge is significant. Diabetic retinopathy can often be managed effectively when detected early, yet screening rates remain below recommended levels.
This illustrates why healthcare technology requires more than software developers.
A product like this can involve:
- Ophthalmologists and optometrists
- Machine learning engineers
- Robotics engineers
- Optical engineers
- Biomedical engineers
- Regulatory affairs specialists
- Clinical trial managers
- Health informaticians
- Product and implementation specialists
Only some of these positions are traditional computer science roles.
The technology works because clinical knowledge and engineering are brought together.
Where Is Australia’s Medtech Industry Concentrated?
New South Wales is one of Australia’s major medtech markets, supported by its healthcare infrastructure, research institutions and government investment.
Victoria has developed an especially strong health technology ecosystem. Melbourne is home to a significant proportion of Australia’s listed healthtech companies, while the state has a substantial workforce across health technology and related research.
Victoria also has a strong health technology export base, making Melbourne an important location for students interested in medical devices, digital health, biotechnology and clinical innovation.
Sydney and Melbourne therefore offer students a practical advantage: greater proximity to healthtech companies, research institutions, hospitals, startups and potential industry placements.
Australian Companies Show What the Industry Can Become
Australia already has globally recognised health technology companies.
Cochlear is one of the country’s most prominent medical technology businesses, developing hearing implant technologies used internationally.
Pro Medicus has built a global presence in medical imaging software through its Visage platform, which is used by major healthcare organisations, particularly in the United States.
These companies demonstrate that Australian health technology is not limited to domestic healthcare delivery. Products developed in Australia can become global medical technology businesses.
Three Pathways for Health Students
For students entering the sector, there are several potential pathways.
1. Combine Clinical Training With Digital Health
Students can complete qualifications in nursing, optometry, radiography or another allied health discipline and then develop additional expertise in areas such as:
- Health informatics
- Digital health
- Healthcare analytics
- AI in healthcare
- Clinical data management
- Digital transformation
The advantage is domain knowledge.
A technology professional may understand how an AI system works, but a clinically trained professional understands how patients, clinicians and healthcare workflows actually interact with that system.
2. Explore Regulatory Affairs
Medical devices and clinical AI systems operate within highly regulated environments.
Regulatory professionals work across clinical evidence, quality management, compliance, medical-device approval and international regulatory requirements.
For graduates interested in healthcare, law, documentation and compliance, regulatory affairs can provide a pathway into medtech without requiring them to become software engineers.
3. Enter Biomedical or Clinical Engineering
Biomedical and clinical engineering provide another direct route into medical technology.
Professionals in this area can work across:
- Medical device development
- Product validation
- Clinical testing
- Healthcare equipment
- Device implementation
- Research and development
- Technology deployment
This pathway is particularly relevant for students with backgrounds in engineering, biomedical science and related disciplines.
What Should International Students Know?
The Australian medtech sector is highly specialised. Not every role is an entry-level graduate position, and many of the more technical or strategic positions require postgraduate qualifications, clinical experience or specialised industry knowledge.
That means students should think about employability as a combination of qualifications rather than relying on a single degree.
A nursing degree plus digital health skills.
A biomedical science degree plus regulatory knowledge.
An allied health qualification plus health informatics.
An engineering degree plus clinical technology experience.
These combinations can create a different profile from a conventional graduate pathway.
The Bigger Opportunity
Australia’s medtech industry is not replacing healthcare professionals with AI. Instead, the emerging model is increasingly about connecting healthcare professionals with technology.
AI can analyse medical images. Clinicians interpret the results.
Digital platforms can monitor patients remotely. Healthcare professionals determine what those signals mean.
Medical devices can collect complex biological data. Scientists and clinicians help translate that data into meaningful healthcare decisions.
That is where the crossover becomes valuable.
For students considering Australia, healthcare does not necessarily mean choosing between a clinical career and a technology career. Increasingly, the two are becoming connected.
The opportunity lies in developing both sides of that equation: understanding healthcare and understanding the technology transforming it.
