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How to Become a Life Scientist: Australian Careers in Science

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What is a Life Scientist?

What will I do?

What skills do I need?

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What is a Life Scientist?

A Life Scientist studies the biology, chemistry and structures of living organisms. They work to understand how living things function and how they interact with the world around them. The field spans many areas, including microbiology, marine biology, botany and zoology.

Life Scientists plan and run experiments, collect data, and analyse results. They write lab reports and scientific papers to share findings with the science community. Presenting at conferences and seminars is a regular part of the role.

Many Life Scientists supervise junior researchers and lab staff. Their work settings range from labs and research facilities to field sites in nature. This variety means the career stays engaging across sectors like health, farming and environmental science.

Life Scientists play a vital role in solving global problems. Their research drives advances in medicine, food security and care for the environment. For people who love science and want to make a real difference, this is a rewarding career.

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Career snapshots For Life Scientists

Life Scientists are employed across Australia’s research, healthcare and environmental sectors. Jobs and Skills Australia (2025) reports around 9,700 Life Scientists working nationally. The profession is highly educated: 54% hold a postgraduate qualification and 38% hold a bachelor degree (ABS Census, 2021).

Most Life Scientists work full-time (76%), averaging 42 hours per week. Median full-time weekly earnings are $1,544, or about $80,000 per year (ABS Survey of Employee Earnings and Hours, May 2025). The workforce is 65% female, with a median age of 41.

Victoria accounts for the largest share of Life Scientists (29%), followed by New South Wales (22%) and Western Australia (13%). The main employing industries are professional and scientific services, healthcare and social assistance, and education and training.

What will I do?

Life Scientists study living organisms and the environments they inhabit. Their work drives advances in healthcare, agriculture and environmental conservation. Through research and experimentation, they uncover the biological processes that underpin life.

  • Designing and conducting experiments – Life Scientists plan and run tests to gather data and test hypotheses.
  • Making observations and measurements – They record biological phenomena with care and accuracy.
  • Researching information – They review existing literature to inform new studies.
  • Analysing data – They use statistical methods to interpret results and draw conclusions.
  • Preparing lab reports and scientific papers – They document findings for publication and peer review.
  • Presenting at scientific meetings – They share research with peers at conferences and seminars.
  • Supervising staff – They guide junior researchers and oversee lab operations.
  • Studying bodily organs and tissues – They use dissection and microscopy to examine biological structures.
  • Investigating cell chemistry – They explore the chemical structure and function of living cells and tissues.
  • Examining micro-organisms – They study bacteria, fungi and yeast to develop new products and processes.
  • Investigating plant growth – They assess how rainfall, temperature, soil and disease affect plants.
  • Planning marine studies – They design experiments to study marine organisms and their ecosystems.
  • Studying micro-organism effects – They research how micro-organisms affect plants, animals and humans.
  • Investigating animal relationships – They study how animals interact in natural and controlled settings.

What skills do I need?

Life Scientists need a broad mix of technical and people skills. Strong data analysis is at the core of the role. They design experiments, read data, and draw fact-based conclusions. Lab skills are equally vital, covering equipment use, microscopy and dissection.

Clear communication matters too. Life Scientists write detailed reports and papers, and present findings to peers at conferences. Working as part of a team is a daily reality, so collaboration and leadership skills are valuable.

Critical thinking helps Life Scientists solve problems when experiments do not go as planned. Attention to detail keeps results accurate. Because the field moves fast, staying current with new methods is key for long-term growth.

Skills/attributes

  • Analytical thinking and data interpretation
  • Attention to detail
  • Problem-solving and critical thinking
  • Written and verbal communication
  • Teamwork and collaboration
  • Time management and organisation
  • Proficiency in laboratory techniques and equipment
  • Knowledge of biological systems and processes
  • Research design and data analysis
  • Adaptability and commitment to learning
  • Scientific reasoning and ethical judgement
  • Ability to work independently
  • Project management
  • Familiarity with scientific software and data tools

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About the author

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.