Compare courses from top Australian unis, TAFEs and other training organisations.

How to Become A Biotechnologist

Career outcome icon – Biotechnologist

Sorry, we don't have any courses leading to a career as a Biotechnologist for you at the moment. Please try searching again.

What is a Biotechnologist

If you love science and want to solve real-world problems, a career as a biotechnologist could be for you. Biotechnologists study living things and use that knowledge to create new products and improve processes. They work in medicine, farming, and environmental science.

Your day will be spent in a lab running tests, studying micro-organisms, and analysing data. You will work with a team of scientists to design solutions and push research forward. Every project has the chance to improve people’s lives.

Attention to detail is key. You will keep careful records, follow safety rules, and make sure your work meets Australian standards. This is a career where accuracy and curiosity go hand in hand.

Biotechnology is growing in Australia. There are around 950 biotechnologists in the workforce, and demand is rated as strong (source: yourcareer.gov.au, 2025). The workforce is 53% female, with a median age of just 36. This is a young and diverse field with plenty of room to grow.

Browse Science courses in Australia

Career Outlook for Biotechnologist

Biotechnology is one of the most exciting areas to work in right now. The field sits at the cutting edge of medicine, food science, and environmental research. There are around 950 biotechnologists in the Australian workforce, and demand is rated as strong (source: yourcareer.gov.au, 2025). That is great news if you are planning your career path.

The workforce reflects the field’s diversity. The median age is 36, and 53% of workers are female. About 78% work full-time, averaging 40 hours per week. Median weekly earnings are $1,948, or roughly $101,000 per year (source: yourcareer.gov.au, 2025). With experience, you can earn well above this.

The Federal Government committed $1.7 billion to science and innovation in the 2024-25 Budget. This funding runs to 2034-35 and supports Australia’s growing life sciences sector. That investment points to more jobs and more research programs. It means more chances for career growth in biotech over the next decade.

On this Article

Introduction

Average Salaries

Resources

How to Become a Biotechnologist

Step 1: Complete a Bachelor of Science with a Biotechnology major

Enrol in a Bachelor of Science at an Australian university, majoring in biotechnology, biomedical science, or molecular biology. This takes three years full-time. Your studies will cover genetics, microbiology, biochemistry, and lab techniques. Many universities across NSW, Victoria, and Queensland offer this degree. Check each university directly for entry requirements and course structure.

Step 2: Complete a Bachelor of Science (Honours) year

After your undergraduate degree, enrol in a Bachelor of Science (Honours) in your chosen area. This takes one year full-time and involves an independent research project. An Honours degree is important for roles in research institutes, CSIRO, and pharma companies. Most research positions and postgraduate programs prefer applicants with Honours.

Step 3: Build practical laboratory experience

Look for internships, cadet roles, or lab assistant positions while you study or soon after graduating. Practical experience in a working lab builds your technical skills. You will grow your skills in areas such as cell culture, molecular analysis, and equipment setup. Many universities connect students with research labs for placements. AusBiotech also runs early-career programs that open doors to industry contacts.

Step 4: Consider a postgraduate degree for advanced roles

To access senior research or specialist positions, consider a Master of Biotechnology or a PhD at an Australian university. A master’s degree takes one to two years full-time. A PhD usually takes three to four years. Further study lets you specialise in areas such as pharma development, agricultural biotechnology, or bioinformatics. The Research Training Program (RTP) offers scholarships for eligible domestic students.

Step 5: Join AusBiotech and keep your skills current

Register with AusBiotech, Australia’s peak biotechnology industry body, to access industry news, events, and networking chances. Membership connects you with researchers, investors, and employers across the sector. Attending the annual AusBiotech conference can open doors to partnerships and career chances. Continuing professional development through events and workshops helps you stay current as the field evolves.

What does a Biotechnologist do?

A biotechnologist’s day is packed with lab work, data, and discovery. You might start by running a test on a batch of micro-organisms. Then you will spend time analysing results and planning the next test. You will often work with other scientists to share what you have learned and develop new solutions. Tasks range from cell exams under a microscope to writing up detailed research reports. Every day is different. Any result could lead to a real breakthrough in medicine, farming, or environmental science.

Tasks

Biotechnologists use science and technology to develop solutions for some of the world’s biggest challenges. From new medicines to better crops, their work touches many areas of everyday life.

  • Study organisms: observe, dissect, and use a microscope to understand bodily organs and tissues.
  • Investigate cells: examine the chemical structure and function of living cells in humans, animals, plants, and micro-organisms.
  • Research micro-organisms: study bacteria and fungi to create and improve products, materials, and processes.
  • Run tests: design and carry out tests to gather data on living processes.
  • Analyse data: read results and make recommendations to guide future research.
  • Work with other scientists: team up with researchers and professionals to develop new biotech solutions.
  • Maintain lab equipment: keep instruments in good working order so results stay accurate.
  • Write up findings: prepare clear reports and present results to research teams and stakeholders.

Skills for Success

To thrive as a biotechnologist, you need a strong base in biology, chemistry, and molecular science. You also need the curious, problem-solving mindset that makes lab work exciting rather than routine. Critical thinking helps you design better tests and read your results with confidence.

Communication skills are a big asset too. You will explain your findings to teammates, managers, and sometimes regulators. Being able to write clear reports and speak about complex science in plain terms sets good biotechnologists apart. A willingness to keep learning is key in a field that moves this fast.

Skills & Attributes

  • Biology, chemistry, and molecular biology knowledge
  • Laboratory techniques (microscopy, cell culture, genetic analysis)
  • Data analysis and interpretation
  • Attention to detail and accuracy
  • Problem-solving and critical thinking
  • Written and oral communication
  • Teamwork and cross-disciplinary collaboration
  • Understanding of Australian regulatory frameworks (OGTR, TGA)
  • Project planning and time management
  • Adaptability and commitment to ongoing learning

Average Salaries

The average yearly salary for a biotechnologist in Australia is around $101,296, based on median weekly pay of $1,948 (source: yourcareer.gov.au, 2025). Entry-level roles usually start around $68,584 per year. Senior biotechnologists can earn $111,340 or more (source: SalaryExpert, 2025).

min $69 K

max $111 K

av $101 K

About the author

Laura Atkinson - Course Finder Groups
Laura Atkinson

Laura Atkinson is an Account Management and SEM specialist at Course Finder Group with six years' experience in the Australian education sector. She works day to day with universities, TAFEs and independent training providers, which gives her a close view of how courses map to real career outcomes. She writes practical guidance on career pathways, choosing the right qualification and what to expect when moving into a new field.