Bachelor of Biotechnology

The Bachelor of Biotechnology (BBIOT) at the Australian National University (ANU) is a hands-on, future-focused degree that empowers students to understand and harness living systems — from genes to ecosystems — to solve real-world challenges in health, agriculture, environment and beyond. It’s ideal for curious minds who want to turn passion for biology into meaningful innovations in medicine, food, sustainability or research.

Curriculum Structure

Year 1
In your first year, you build strong foundations in biology and chemistry, beginning with courses like Evolution, Ecology and Genetics and Molecular and Cell Biology. Alongside these, you’ll take Chemistry 1 and Chemistry 2, setting up a solid grounding in the chemical principles that underlie biological systems. The rest of the semester is flexible — you can choose elective courses that reflect your wider interests, helping you to shape a degree that feels uniquely yours.

Year 2
Year 2 deepens your understanding of how life works at the molecular level: you’ll take courses such as Genes: Replication and Expression and Molecular Gene Technology to explore how DNA, genes and proteins drive life processes. Complemented by Chemical Biology I & II, this year gives you tools to understand how biology and chemistry intersect — whether you’re interested in plant science, medicine or environmental biotech. You may also begin developing quantitative skills or take electives that allow you to explore other scientific or cross-disciplinary areas.

Year 3
In the final year, you engage with advanced and real-world biotechnology topics: for instance, Genomics and its Applications and Bioethics and Society challenge you to connect scientific insight with ethical and societal implications. You’ll also choose higher-level biotechnology courses — perhaps in areas like biosecurity, environmental change or synthetic biology — and may have the opportunity to complete a research project that integrates what you’ve learned. This is where your knowledge and skills come together, readying you for professional roles or further study.

Focus Areas
Molecular & Cellular Biology; Genetics & Genomics; Chemical Biology; Environmental / Agricultural Biotechnology

Learning Outcomes
Graduates emerge able to apply biotechnology techniques to real-world challenges, interpret biological data, communicate science effectively, and act responsibly as global citizens.

Professional Alignment (Accreditation)
Because BBIOT combines rigorous science training with ethical and societal awareness, graduates are well aligned with roles in government and industry — including agriculture, food & pharma, environmental biotech or medical research.

Reputation (Employability Rankings)
ANU’s Bachelor of Biotechnology stands out globally: ANU is consistently ranked as Australia’s top university for graduate employability, and the Natural Sciences discipline enjoys strong recognition worldwide. Graduating from a degree with such reputation gives you a powerful edge whether you head straight into industry or pursue further study.