Computational biologists use advanced computer programming and mathematical modeling to analyse biological data. Their work helps solve complex biological problems, leading to breakthroughs in areas such as disease research, drug development, and environmental conservation.
If you’re fascinated by both the natural world and the power of technology, and have strong maths and computer skills, this career could be a perfect fit for you.
What skills do I need as a computational biologist?
- Strong analytical and problem-solving skills
- Proficiency in programming languages
- Solid understanding of biology
- Advanced mathematical and statistical knowledge
- Excellent data analysis capabilities
- Strong attention to detail
- Effective communication and collaboration
- Adaptability to new technologies
What does the job involve?
- Developing algorithms to analyse data and sequences
- Creating simulations of biological systems
- Using machine learning to predict biological phenomena
- Analysing large experiment datasets
- Collaborating with other researchers on experiments
- Writing and testing computer programs
- Interpreting complex biological data results
- Presenting findings at scientific conferences
What industries do computational biologists typically work in?
- Professional, Scientific and Technical Services
- Health Care and Social Assistance
- Education and Training
What Career Cluster do computational biologists belong to?
Many computational biologists are Guardians, as their work contributes to important advancements in both human and environmental health and wellbeing. They are also often strong Innovators, using their creative problem-solving skills to design new ways of understanding biological systems through technology.
What kind of lifestyle can I expect?
Most computational biologists work full-time in office or laboratory settings. The work can be intellectually demanding, with tight deadlines for projects or grant applications. However, it also offers a degree of flexibility, with opportunities for remote work in some cases.
Salaries for computational biologists are generally competitive, especially as you gain experience and expertise. The field offers excellent opportunities for career growth and the chance to work on cutting-edge research that can have significant impacts on human health, environmental conservation, and our understanding of life itself.
How to become a computational biologist
To become a Computational Biologist, start by earning a bachelor’s degree in computational biology, bioinformatics, or a related field like computer science. During your studies, it’s recommended to seek out internships or research assistant positions to gain practical experience.
Many positions require advanced degrees, so you’ll likely need to pursue a Master’s or PhD, especially for research-focused roles. Throughout your education and career, you’ll also need to stay updated with the latest developments in both biology and computer science.
What can I do right now to work towards this career?
- Develop your programming skills through online courses or coding bootcamps.
- Join a biology or computer science club at your school. Look for summer programs or workshops in computational biology for high school students.
- Read scientific journals and blogs to stay informed about current research in the field.
- Reach out to local universities or research institutions to see if they offer shadowing opportunities.
Where can I find more information?
- International Society for Computational Biology
- Bioinformatics.org
- Nature Computational Science Journal
Similar careers to computational biologist
- Bioinformatician
- Data Scientist
- Systems Biologist
- Statistician
- Machine Learning Engineer
- Genomics Researcher
- Chemist
- Conservationist
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