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Bachelors
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Natural & Applied Sciences
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Genetics
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BACHELORS

Genetics

Australian National University
CanberraAustralia
On campus
Full-time
€28,778.10/year
Duration
3 Years
Language
English
Apply date
Jul 2024

Program Description

Explore the complex and fascinating world of genetics and unravel the mysteries of DNA with the ANU Bachelor of Genetics!

You’ll learn how genes hold our hereditary information, and study classical genetics, molecular genetics, population genetics, and bioinformatics. You can even follow interests in areas as diverse as plant genetics, evolutionary genetics or medicine, and health.

Studying at ANU means you’ll be exposed to ground-breaking research being undertaken by our academics in active research laboratories at the Research School of Biology and the John Curtin School of Medical Research, Australia’s national medical research institute.

ANU offers a wide range of scholarships to students to assist with the cost of their studies.

There may be additional costs by this University.

Entry Requirements

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Curriculum

Year 1

Biology 1: Evolution, Ecology and Genetics

Chemistry 1

Science or non-Science elective

Science or non-Science elective

Biology 2: Molecular and Cell Biology

Chemistry 2

Diversity of Life

Science or non-Science elective

Year 2

Genes: Replication and Expression

Genetics

Science or non-Science elective

Experimental Design and Analysis in Biology

Molecular Gene Technology

Science or non-Science elective

Science or non-Science elective

Year 3

Genomics and its Applications

Genetics elective

Genetics of Human Disease 1

Science or non-Science elective

Genetics elective

Genetics elective

Science or non-Science elective

Learning Outcomes

  • Understand and evaluate the significance of genetic information and discoveries in educational and professional contexts.
  • Apply a range of skills and laboratory genetic techniques to addressing specific problems in the field of genetic research.
  • Use a range of analytical techniques for the interpretation of genetic data to address specific hypotheses.
  • Convey and relate professional and disciplinary information and ideas to diverse audiences in effective and appropriate ways.
  • Exercise personal, professional and social responsibility by acting as an interpreter of genetic information in the public domain.
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