Overview

Human genomics explores the entire human genome to understand how genetic variation, gene expression, and molecular networks influence health, development, and disease susceptibility. Studying the BBiomedSc (Hons) Human Genomics at The University of Western Australia equips students with an advanced scientific grounding in molecular genetics, genome sequencing technologies, and bioinformatics. The curriculum integrates theoretical instruction with hands-on laboratory experience and computational analysis, utilizing modern sequencing data tools and genomic research facilities. Coursework spans essential disciplines, including human evolutionary genetics, functional genomics, gene editing principles, and clinical genomic diagnostics. This program suits analytical thinkers and science enthusiasts fascinated by DNA technology, personalized medicine, and biological discovery. Graduates exit fully prepared to contribute to genetic research, precision medicine development, molecular diagnostics, and biotechnology innovations.

What You'll Learn

Human genome structure, gene expression mechanisms, and epigenetic regulation

Genomic technologies, next-generation sequencing, and high-throughput screening

Bioinformatics fundamentals, genomic data analysis, and sequence variant interpretation

Population genetics, evolutionary genomics, and human genetic variation

Genetic bases of complex human diseases, rare disorders, and cancer genomics

Ethical, legal, and social implications of genomic testing and personalized medicine

Learning Outcomes

Upon completion, graduates demonstrate a comprehensive understanding of human genomic architecture, molecular genetic processes, and disease mechanisms across molecular, cellular, and population scales. Students build the capacity to critically analyze complex genomic datasets, evaluate clinical genetic variants, and design rigorous experimental research strategies. Practical laboratory and computational sessions develop hands-on technical skills in DNA isolation, bioinformatic tool application, variant annotation, and quantitative genomic data interpretation. Consequently, learners acquire the specialized expertise required to pursue career paths such as genomic data analyst, molecular genetics researcher, clinical trial officer, or biotechnology specialist in precision medicine sectors.