Synthetic Biologist

If you love science, creativity, and the idea of making a real difference, then a career as a Synthetic Biologist might be perfect for you! This field lets you tackle some of the biggest challenges our planet faces, from fighting diseases to protecting the environment. Plus, you’ll be at the forefront of developing technologies that could change how we live. It’s a career that promises excitement, challenge, and the potential to make the world a better place.

• Design new organisms to solve global problems.
• Impact medicine, agriculture, and energy.
• Work at the very forefront of biological science.
• Help build a more sustainable future.

A Synthetic Biologist rewrites the code of life. You might design microorganisms that produce biofuels, develop crops that can thrive in any climate, or engineer cells that can detect or treat diseases. Your work involves a lot of research, experimenting, and a bit of risk taking as you push the boundaries of what is biologically possible. You’ll spend your days in labs, publish papers, attend conferences, and collaborate with peers across different scientific disciplines.

As a Synthetic Biologist, you will use DNA to design organisms that can produce everything from medicines to biofuels. It’s about redesigning natural biological systems for useful purposes or creating entirely new ones that don’t even exist in nature!

And it’s not all just about cool lab coats and science experiments. As a Synthetic Biologist, you also get to collaborate with other brilliant minds in fields like computer science, engineering, and ethics to solve complex problems. Your work could lead to sustainable solutions for food production, medicine, and environmental conservation, making a significant impact on our world.

As a Synthetic Biologist, you can work in a variety of exciting industries where innovation is key.

Pharmaceuticals

Developing new medicines and vaccines.

Agriculture

Engineering crops to increase yield and resistance to pests.

Environmental Science

Creating organisms to clean pollutants.

Biotechnology Firms

Designing organisms to produce chemicals or fuels.

Academic Research

Exploring fundamental biological processes and pushing scientific boundaries.

Ethical and Policy Making

Guiding the responsible use of biotechnology.

Becoming a Synthetic Biologist means you need a mix of STEM based technical skills and 21st Century skills to navigate this complex field.

• Analytical
• Problem Solving
• Technical writing
• Creativity
• Collaboration
• Detail-oriented

Your journey to becoming a Synthetic Biologist starts with a strong foundation in several key subjects.

Biology

Understand life at a molecular level.

Chemistry

Essential for experimenting with bio-reactions.

Physics

Helps in understanding the mechanics behind biological systems.

Mathematics

Critical for data analysis and modelling biological processes.

Computer Science

Useful for bioinformatics and genetic engineering.

Ethics

Important for making responsible decisions in biotechnological applications.

From creating fluorescent plants for natural lighting to engineering bacteria that eat plastic, Synthetic Biologists do some of the coolest things imaginable! You might even help develop synthetic life forms that could one day populate other planets. Every day is a new opportunity to solve puzzles that no one has ever solved before.

Create custom organisms to fight disease
Design bacteria or viruses that can target harmful pathogens, developing new treatments for diseases.

Engineer plants to grow in extreme environments
Modify plants to thrive in harsh conditions, helping to solve food shortages by creating crops that can grow anywhere.

Develop biofuels from engineered microorganisms
Work on designing organisms that convert waste into clean energy, contributing to sustainable energy solutions.

Build DNA sequences from scratch
Create completely new genetic code that can be used to design organisms with unique abilities, from glowing plants to bacteria that clean up oil spills.

Collaborate with computer scientists to model biological systems
Use computational tools to simulate and design biological systems, ensuring accuracy before creating them in the lab.

Work with 3D printers to produce biological materials
Use 3D printing technology to print living tissues or materials, pushing the boundaries of what biology and technology can achieve together.

While Australia has many talented scientists, some leaders in the field of Synthetic Biology include:

Dr. Claudia Vickers
Dr. Vickers is a leader in synthetic biology, working on developing bio-based solutions to create sustainable chemicals. Her research focuses on using synthetic biology to replace fossil fuels with renewable biological alternatives.

Dr. Alison Todd
An expert in molecular biology and biotechnology, Dr. Todd co-founded a company that uses synthetic biology for diagnostic solutions, helping to revolutionise early disease detection.

Dr. Phillippa Taberlay
Dr. Taberlay’s work in epigenetics and synthetic biology explores how gene expression can be modified, paving the way for new approaches in cancer therapy and regenerative medicine.

Dr. Kirsten Heimann
A pioneer in using algae for sustainable biofuel production, Dr. Heimann’s research combines synthetic biology with environmental science to address climate change through innovative energy solutions.

On the global front, look into:

Jane Calvert

A prominent scholar known for her work in the field of synthetic biology, particularly focusing on the ethical, social, and philosophical dimensions of this rapidly advancing area of science.

Paul Freemont

Co-director of the Centre for Synthetic Biology and Innovation at Imperial College London, often collaborates with Australian institutions.

Drew Endy

Though not Australian, his work with the BioBricks Foundation and synthetic biology education has influenced many Australian synthetic biologists.

Becoming a successful Synthetic Biologist isn’t just about what you know; it’s also about who you are.

• Creative
• Curious
• Patient
• Ethical
• Persistent
• Cooperative

Synthetic biologists approach biology from an engineer’s perspective. They consider the basic, fundamental components of a human body (such as DNA) and then work up to create solutions. As a result, they require an understanding of many disciplines across science and engineering. 

As a strong academic foundation is essential for entering the field of synthetic biology. Here are a few key degree options:

Bachelor of Science (Molecular Biology and Biotechnology)
This degree focuses on the genetic and molecular techniques used in synthetic biology, teaching students how to manipulate biological systems. The University of Western Australia (UWA) offers a programme that covers genetics, biotechnology, and bioengineering, preparing students for roles in both research and industry.

Bachelor of Biomedical Engineering
This degree integrates engineering with biology, giving students the skills to design biological systems and medical technologies. Curtin University offers a course in biomedical engineering, focusing on applying engineering principles to biological and medical challenges.

Bachelor of Science (Synthetic Biology Focus)
For students who want to specialise in synthetic biology, this degree covers the technical skills required to design new organisms and biological systems. Murdoch University offers a program that combines biology with emerging technologies, preparing students for careers in bioengineering and biotech.

You can also explore:

• Bachelor of Science in Biology
• Bachelor of Science in Biotechnology
• Bachelor of Science in Genetic Engineering
• Bachelor of Science in Molecular Biology
• Bachelor of Science in Bioinformatics
• Bachelor of Science in Environmental Science

Imagine being able to combine your love for different subjects into one awesome career. As a Synthetic Biologist, you can do just that! By combining studies in biology with engineering, you get to design and build new biological systems. Add a sprinkle of computer science, and you’re ready to create models and simulations that bring your ideas to life.Interdisciplinary studies mean you can mix traditional classroom learning with practical, hands-on experiences.

For example, while you’re studying genetics, you could also take courses in ethics to understand the importance of responsible science. This approach not only broadens your knowledge but also makes you a well-rounded scientist who can tackle complex problems from multiple angles.

Combining degrees or certificates in fields like bioinformatics, data analysis, or even business can open up even more career paths. This way, you can specialise in what excites you the most while still having a broad set of skills that are valuable in many different industries.

When you study to become a Synthetic Biologist, you’ll uncover the fascinating world of biology, chemistry, and engineering. From learning how to manipulate DNA to create new organisms, to understanding the principles of genetic engineering, and developing techniques for designing biological systems. 

You’ll also get practical experience in the lab, where you can conduct experiments, analyse data, and bring your scientific ideas to life. Plus, you’ll explore ethical considerations to ensure your innovations are used responsibly.

Gaining work experience is a key step in your journey to becoming a Synthetic Biologist. You might start with work experience at biotech companies or research institutions, where you can learn from experts and get involved in real projects. 

Volunteering for science fairs, participating in lab assistant programs, or joining biology clubs at school can also give you valuable experience. These opportunities allow you to apply what you’ve learned in class to real life situations, build your resume, and make connections with professionals in the field.

Vocational Training and Certifications

For students seeking more practical skills, vocational courses and certifications provide hands-on experience in synthetic biology techniques and tools.

• Certificate in Biotechnology and Laboratory Techniques
  This course provides practical training in laboratory skills essential for synthetic biology, including gene editing, cell culture, and molecular analysis.
• Diploma in Bioengineering
  A diploma in bioengineering offers training in biological system design, combining hands-on lab experience with theoretical knowledge of synthetic biology.

Micro-Learning and Online Courses

Online platforms offer flexible learning options, allowing you to focus on specific areas of synthetic biology.

• CRISPR Gene Editing
  Learn the fundamentals of CRISPR technology and how it can be used to edit DNA and create new organisms.
• Synthetic Biology and Biodesign
  This course covers the basics of designing biological systems, focusing on the practical applications of synthetic biology in medicine, energy, and agriculture.

Workplace Training

Many biotech companies and research labs offer apprenticeship programs or junior positions where you can learn on the job. These roles provide job specific experience and mentorship from experienced synthetic biologists, allowing you to develop your skills while contributing to current projects.

So Synthetic Biology sounds like a career you could sink your teeth into, but where could it take you?

Western Australia

In Western Australia, there are unique opportunities to work with local biodiversity and marine biology projects. You might find positions at research institutions like the University of Western Australia or within government agencies focused on environmental conservation and resource management. Check out Evolve Scientifics ‘Evolution Program’ to find undergrad roles.

Australia

Australia has a rapidly growing synthetic biology sector, with startups and research organisations leading innovation in bioengineering. Companies like Queensland Synthetic Biology Network are at the forefront, offering opportunities for synthetic biologists to work on ground-breaking projects in fields such as biofuel production and sustainable agriculture.

National Growth in Biotechnology and Bioengineering
Across Australia, the biotechnology industry is expanding, with a focus on creating sustainable solutions through synthetic biology. Companies like CSIRO Synthetic Biology Future Science Platform are driving the national agenda for synthetic biology, offering research opportunities and careers in everything from bio-based products to environmental restoration.

Global Opportunities in Synthetic Biology
Internationally, synthetic biology is growing rapidly, with companies and research institutions working to solve global challenges using biological design. Organisations like Ginkgo Bioworks in the United States are pioneering the design of custom organisms for applications in medicine, agriculture, and industry, offering exciting career opportunities for Australian synthetic biologists to work on world-leading projects. International organisations, such as the World Health Organisation, also seek synthetic biologists to help address global health challenges.

CONCLUSION

So, are you ready to start your adventure in synthetic biology? With so many pathways and opportunities, your future as a Synthetic Biologist is bright and full of potential. Let your curiosity and creativity lead the way!