SBMS每年教授超过15000名学生的科学，健康和医学课程，涉及解剖学，生理学，药理学，病理学，神经科学，发育和细胞生物学等广泛学科。
学习生物医学科学为医学、临床和制药职业以及发现和转化研究提供了各种职业机会的途径。该学院研究涵盖九个研究主题，旨在了解人体在健康和疾病中的结构和功能。该院的知识收益旨在帮助健康怀孕，健康的身体，健康的思想和健康的老龄化，其中许多学者与临床和行业合作伙伴合作。他们有一个国际交流荣誉课程和一个活跃的高等学位研究生群体来自澳大利亚和世界各地。
该院拥有组织学，显微镜，分子生物学，生理学的核心研究设施，以及新近翻新的非正式学习和学习区，供生物医学中心的学生使用。大体解剖学设施和综合病理学学习设施对教学和学习机会以及研究项目开放。
生物医学科学学院在现代医学科学方面取得了突破性的进步，并为学生提供了在学术界和工业界从事令人兴奋的职业的理论和实践技能。
研究与全球相关的生物医学实践的最新知识，并获得理论和实践技能，为在现代医学科学取得惊人进步的行业中从事令人兴奋的职业生涯做好准备。
该院的研究主题包括：单元结构，慢性疾病，药物设计与开发，功能和比较解剖学，损伤和修复，生物医学教育创新，神经生物学和脑功能，肌肉骨骼和运动控制，受体和信等。
SBMS teaches science, health, and medicine courses to more than 15,000 students each year across a wide range of disciplines including anatomy, physiology, pharmacology, pathology, neuroscience, development, and cell biology.
Studying biomedical sciences offers pathways to a variety of career opportunities for medical, clinical, and pharmaceutical careers, as well as discovery and translational research. The Faculty's research covers nine research topics designed to understand the structure and function of the human body in health and disease.
The Institute's knowledge benefits are designed to help with healthy pregnancy, healthy body, healthy mind, and healthy aging, and many of these academics collaborate with clinical and industry partners. They have an International Exchange Honours Programme and an active group of advanced degree postgraduate students from Australia and around the world.
The institute has core research facilities in histology, microscopy, molecular biology, physiology, as well as newly renovated informal learning and study areas for students at the Biomedical Center. The Gross Anatomy facility and the Integrated Pathology Learning Facility are open to teaching and learning opportunities as well as research projects.
The School of Biomedical Sciences has made groundbreaking advances in modern medical science and equips students with the theoretical and practical skills to pursue exciting careers in academia and industry.
Research the latest knowledge of biomedical practice that is globally relevant and gain theoretical and practical skills to prepare you for an exciting career in an industry where amazing advances in modern medical science have been made.
Research topics include: unit structure, chronic disease, drug design and development, functional and comparative anatomy, injury and repair, biomedical education innovation, neurobiology and brain function, musculoskeletal and motor control, receptors and communication, etc.