What is bioinformatics?
Bioinformatics is a future-focused specialisation of science. It involves the . Although it can be applied to various pieces of biological information, the focus is on genetics and genomics – otherwise known as the data that makes you, you.
Technological advances have led to significant reductions in the cost of high throughput DNA and RNA sequencing. The result has been a substantial increase in the production and availability of genetic data.
Bioinformatics considers both the big picture and the miniscule one.
The field of bioinformatics is expanding rapidly, as demand surges for those with the programming, data analysis and modelling skills to interpret and apply these large data sets.
Bioinformatics research is generated and solutions proposed through both the large-scale collection of biological data across a sub-set of the population, as well as the unique makeup of one specific genome. This information is then .
Data collected through bioinformatics processes can be used to enrich our scientific understanding of the human body, and particularly .
The applications of bioinformatics are still being explored. However, data is already beginning to be used as part of , particularly for those with complex conditions, or may face a genetic predisposition towards certain diseases.
The potential opportunities are wide-ranging, however. As an interdisciplinary field of science, bioinformatics can draw upon and contribute to a vast array of interconnected scientific areas. These include medicine, agriculture, ecology, forensic science, veterinary science and more.
What do those who work in bioinformatics do?
Those who work in bioinformatics enjoy a specialisation that is rich and varied. As a growing industry born of the 21st century uptake of technology, the possibilities within bioinformatics are endless.
Theoretical knowledge and practical skills in programming are key to many bioinformatics roles. When you work in this emerging field, you could be required to create and construct programs that collect particular pieces of information. The production and maintenance of data storage systems is also vital to bioinformatics, especially as the industry navigates privacy and security concerns.
With such a strong focus on data, those with highly developed analytical skills will find numerous opportunities within bioinformatics. A core aspect of the field involves .
Due to the substantial amount of data able to be generated, when you work in bioinformatics, you’ll likely be called upon to and consider the wider implications of those answers. Creativity is highly valued within these roles. Those who can think outside the box and provide thoughtful insights and solutions to complex problems will be in demand.
Currently, many bioinformatics specialists work within the research sector. This is where much of the data central to the field is being produced. You may be involved in designing experiments, and the .
Given the relatively intangible nature of biological data, you could find yourself working on modelling information for communication to a variety of audiences. Critical to both the initial and the end stages of projects, your eye for visualisation will contribute to ensuring relevant stakeholders understand the process and results of important research.
Explore the through areas such as medicine, agriculture and veterinary science. You may be involved in the prevention or treatment of genetic diseases as you work on the frontline with patients.
Work towards solving global issues such as food scarcity by . Consider how plant and animal genetics can impact the production and availability of certain foods.
There’s an application for almost every skillset and interest within bioinformatics. With a passion for data, analysis and communication, you’ll find opportunities across more industries than you thought.
Seize the opportunity to apply your skills to this future-focused field, knowing that you’ll enjoy a dynamic and ever-evolving career.
Explore your study options in Bioinformatics
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Take the first step towards a career in health and medicine with the Bachelor of Biomedical Sciences. You’ll build foundational knowledge and skills within the field of biomedicine and find your niche in this rapidly expanding industry. Graduates are equipped to excel in careers involving medicine, dentistry, allied health, veterinary science, medical laboratory science and more.
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Gain a solid foundation for university study as you build academic skills, confidence and knowledge. Take classes relevant to your study goals and get a taste of university life in this qualification designed to help you meet the entry requirements of your desired degree. Enter university prepared for success after this one-year course.
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Learn from world-renowned lecturers and engage with experts in your chosen field with an Advanced Science degree from ·¬ÇÑÉçÇø. Develop strong research and communication skills as you investigate the role of science in creating sustainable futures within the Tropics. Model solutions to case studies from an array of biophysical contexts and extend your hands-on learning by completing a research internship or practical placement.
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Embrace the exciting world of science. Pair your scientific study with experiences like no other — explore environments like the Great Barrier Reef and the Daintree Rainforest or conduct research in state-of-the-art labs. Learn how to train an AI algorithm to identify flora and fauna species or dig into the earth’s history to find prehistoric remains. Graduate career-ready with advanced practical skills and a drive for discovery.
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What jobs are there in bioinformatics?
is a growing focus within many areas of biomedical science. Increasingly, jobs requiring specialisation in bioinformatics are appearing across industry, government and academia. Several are also beginning to explore the potential impacts of data and technology across the broader health industry, meaning those who understand the interplay of health data, biomedical science and computational methods are more in-demand than ever.
·¬ÇÑÉçÇø graduates are equipped with the knowledge, skills and experience to excel across industries and locations. A Bachelor of Biomedical Sciences prepares you to work in large metropolitan areas, rural and regional Australia or anywhere across the globe. Your adaptable problem-solving skills will be in high demand.
Those with a Bachelor of Biomedical Sciences, majoring in Bioinformatics from ·¬ÇÑÉçÇø may find success in the following industries:
- Agriculture
- Animal science
- Energy development
- Environmental conservation
- Forensics
- Information technology
- Medical research
- Statistics and mathematical modelling.
Why study Bioinformatics at ·¬ÇÑÉçÇø?
When you study a ·¬ÇÑÉçÇø Bachelor of Biomedical Sciences, majoring in Bioinformatics, you’ll receive a flexible and future-focused qualification that prepares you for a diverse career in the 21st century medical sciences field.
Benefit from class work and assessments that are directly applicable to the real-world. Develop the skills to devise and independently present grant proposals, innovative updates and solutions to challenging problems. You’ll emerge with a strong understanding of how the tools of the trade are used within industry, preparing you to excel in the workplace upon graduation.
With learning outcomes that align with ·¬ÇÑÉçÇø courses in medicine, allied health and veterinary science, you’ll be equipped to pursue roles across a variety of industries. Discover available opportunities for volunteering and workplace learning, expanding your future employability and understanding of the emerging bioinformatics industry. ·¬ÇÑÉçÇø offers both student mentor programs and innovation initiatives to ensure you are well-equipped for post-graduation success.
Biomedical Sciences students embrace the state-of-the-art research and teaching facilities available on ·¬ÇÑÉçÇø campuses. Uncover opportunities for hands-on learning and practical laboratory experience available at and the , as well as a multitude of research projects being conducted alongside your classroom learning.
Study on-campus at ·¬ÇÑÉçÇø Townsville and build strong peer networks within our enthusiastic student community. Small class sizes ensure you receive one-on-one attention from your lecturers and tailored support that empowers you to succeed in your studies. Explore the ever-expanding opportunities in Bioinformatics with ·¬ÇÑÉçÇø today, where experience has no substitute.
Associate Professor Matt Field
Lecturer
Bioinformatics
"Biology is now a data-rich science, and there is a great need for graduates with a combination of biological knowledge and computational skills. It is a very exciting time to learn bioinformatics with breakthroughs in single cell and long read sequencing technologies allowing us to answer questions at unprecedented resolution. The bioinformatics major within ·¬ÇÑÉçÇø’s Bachelor of Biomedical Sciences will equip students with the necessary skills to work in these high-demand areas.”