Key Takeaways:
- Australia’s biotech sector is steadily growing, but even with a strong talent pipeline from universities, there are currently shortfalls in areas such as regulatory, tech, QA and QC, and digital health functions.
- QA/QC roles, bioinformatics, computational biology, data engineering, clinical research roles, AI governance officers, and regulatory automation engineers are some of the fastest-growing areas for biotech jobs.
- The skills and hiring outlook for Australian biotech jobs can be summarised by a shift towards hybrid technical-regulatory expertise, rather than traditional domain specialisation.
- Graduate programmes and internships are one of the best ways to build future talent pipelines due to skill shortages, providing graduates with the industry-relevant experience to build their skills and confidence.
- Sydney, Melbourne, and Perth are all continuing to thrive from an investment and hiring perspective, which can increase already high competition for talent.
Australia’s Biotech Sector: Current and Future Hiring Outlook
The biotech sector employs 1 in every 60 jobs in Australia, across over 1,600 biotech and medtech companies. With a compound annual growth rate of 7.02%, the biotech sector in Australia is bolstered by government support and tax incentives, rising healthcare demand for advanced treatments, increasing collaboration between universities and the private sector, and, most importantly, the availability of a skilled workforce.
Australia is currently ranked 4th in the OECD for its capacity to attract and retain highly-educated workers, and this workforce is considered future-proofed with a strong talent pipeline from universities. From 2008 to 2022, the workforce in Australian biotechnology increased 51%, and though growth has considerably slowed since the pandemic boom, professional, scientific, and technical services are projected to grow 18.5% (well above the national rate).
Demand is growing in areas such as regulatory, tech, QA and QC, and digital health functions, exposing current shortfalls in digital and data-led talent, but also indicating a high demand for those areas for incoming talent in Australian biotech.
What Are the Top Biotech Roles Expected to See the Strongest Growth?
The Australian biotech roles anticipated to have the greatest growth and be in the highest demand in the next five years are:
- QA/QC, specifically data-enabled T-shaped roles, are in high demand due to the combination of deep scientific expertise and digital fluency.
- Bioinformatics, computational biology, and data engineering (computational and data roles overall) are roles growing considerably due to the rise of AI and ML, the rise of genomic data, and infrastructure and scalability needs.
- Clinical research roles as Australia attracts more international and domestic clinical trials.
- AI governance officers to oversee algorithmic transparency and bias mitigation in clinical trial design and drug safety monitoring, with AI use becoming more widespread and a greater area of interest for the majority of businesses.
- Regulatory automation engineers to design systems that streamline TGA submissions and post-market surveillance.
Other roles of interest in biotech recruitment are suitable manufacturing coordinators to optimise production processes that meet Australia’s net-zero commitments and maintain good manufacturing practice compliance, and precision medicine data scientists who utilise real-world evidence to support personalised treatment.
The Emerging Skills Employers Are Prioritising for Biotech Jobs
Much of the hiring outlook for Australian biotech jobs can be summarised by a shift towards hybrid technical-regulatory expertise, rather than traditional domain specialisation. Particularly with the rapid advancement of technology across biotech, data governance and technical-regulatory expertise are required to shape the industry's future pathway in ways that align with ethics and regulations.
Four skill clusters are particularly in demand for biotech jobs:
- AI literacy, including ML interpretation and algorithmic auditing
- Regulatory affairs expertise and automation, combining compliance knowledge with process digitisation
- Green computing integrating environmental impact assessment with computational efficiency
- Human-digital collaboration enabling interactions between clinical professionals and intelligent systems (something which can be addressed with transferable skills by many candidates)
Areas such as engineering functions (e.g., process optimisation, equipment calibration, standard maintenance protocols), quality assurance, manufacturing operations, and administrative reporting are the likeliest to require slight skill adjustments to meet the pace of automation.
In turn, biotech organisations should consider the transferable skills that candidates have and how they can be combined with domain knowledge, rather than hiring based on traditional domain expertise alone.
How Do Salary Expectations Vary Across Biotech Roles and Experience Levels?
Organisations looking to hire biotech candidates should consider the current salary outlook in key areas to be best positioned to secure the most in-demand professionals.
- Biotechnologist: Salary ranges between AUS$49K-$92K, with a median of $60,335.
- Biotechnician: Salary ranges between $61.5K-93.2K, with a median of $93.2K.
- Biotech engineer: Salary ranges between $114.8 K-$187.2K, with a median of $161,652.
- Research scientist: Salary ranges between $58K-$127K, with a median of $83,007.
- Project manager: Salary ranges between $100,000-$120,000.
- Laboratory technician: Salary ranges between $55,000-$65,000.
Average salary also varies significantly by region in Australia, with Sydney, New South Wales ranking top for average salaries ($100,000-$135,000), followed by Melbourne, Victoria ($90,000-$130,000), Brisbane, Queensland ($85,000-$120,000), and Perth ($75,000-$105,000).
However, due to skills shortages, it is likely that a candidate-driven market also has the potential to drive salaries up for organisations that need to fill gaps.
Are Graduate Programmes and Internships the Best Way to Build Future Talent Pipelines?
When you want to kickstart your career in science as an undergraduate student, it can be difficult to know where to focus your efforts when there are multiple options available.
Graduate programmes and internships are the perfect way to bridge the gap between an academic background and a career, providing industry-relevant experience that increases both skillset and confidence.
The Evolve Evolution Programme is for 2nd, 3rd, and 4th year current science undergraduate students, designed to connect students with leading employers across Australia into industry-relevant roles while they complete their studies.
What can students considering the Evolve Evolution Programme expect?
- Paid employment opportunities during university breaks
- Potential to continue working casually during the semester
- To gain valuable industry experience before graduation
- A professional network and industry connections to build
- Full on-the-job training provided
These opportunities are available across pharmaceutical, food & beverage, environmental, chemical, cosmetic, medical device, and biotechnology.
Are there any Australian biotech graduate programmes or internships advertised for Sydney or Perth?
The Evolve Evolution Programme is available in Sydney, Perth, Melbourne, Brisbane, and Adelaide.
Full details are available in our blog “What is our ‘Evolution’ Science Internship Programme?", including the disciplines clients regularly seek from candidates (though students from all scientific disciplines are welcome).
How are Sydney, Melbourne and Perth Continuing to Attract Biotech Investment and Hiring Activity?
Sydney is Australia’s densest venture capital and technology cluster, hosting 150 research institutes and two universities, backed by the Sydney Biomedical Accelerator (a co-funded partnership between the University of Sydney, Sydney Local Health District and the NSQ Government), which is building a 36,000m2 research precinct inside Tech Central, Australia’s densest venture capital and technology cluster.
Melbourne has an existing biomedical density, housing CSL’s global headquarters in Parkville, Australia’s leading health and biomedical precinct, alongside 30 hospitals, research institutes and universities. Large scale investment, such as the $95 million Jumar Bioincubator and $650 million Australian Institute for Infectious Disease, continue to make the region a strong presence in biotech from an investment and hiring perspective.
Compared to Sydney and Melbourne, Perth is considerably newer to considerable biotech investment and steeply-increasing hiring prospects. This growing reputation was highlighted by AusBiotech Invest Perth 2026 alongside continuing capital-efficient environments for clinical trials, such as the Linear Clinical Research facilities.
Australia’s overall life sciences sector is now double its 2017 size, acting as a coordinated, globally connected ecosystem rather than a siloed one. With this in mind, skilled talent is the catalyst for further development in Australia’s biotech sector.
Why Choose Evolve as Your Specialist Biotechnology Recruitment Partner?
At Evolve Scientific, our consultants are degree-qualified scientists with real industry experience, combining industry knowledge with an understanding of the technical competencies to find and place the best scientific talent.
Our team provides on-the-ground support from our offices across Australia, including Melbourne, Sydney, and Perth. We use a global framework to provide flexible biotechnology recruitment solutions. Whether you’re an organisation looking to secure biotech talent for temporary hires, management permanent hires, or for an executive search, or a candidate seeking your next role in biotech, we’ll provide the dedicated support you need.
As a science recruitment agency, we don’t offer generalised support for clients and candidates. We proudly partner with Australia’s biotech businesses to find candidates at the forefront of technological innovation and meet new demands. Contact our team today for further insights on the future outlook of the biotech industry and finding your ideal candidates.
