Welcome to the Bachelor of Medical Science! In this degree you will learn how the body works and responds to disease and treatments. The range of majors offered will prepare you for a diversity of careers including biomedical research, health policy and regulation, pharmaceutical and biotech industry, and health professions. We're thrilled to have you!

How your degree works

How your degree works
Major

Students may elect to complete a Major, or a double Major, from the nine available Major options. Where a student would like to graduate with a Major (this is not a compulsory part of the program) this must be declared by the commencement of a student’s final year of study. Note: if a student chooses two Majors, no double-counting of courses is allowed at level 3. 

Information on available Majors can be found at the bottom of this page.

Science Electives

Students must take 6 UOC from the Faculty of Science (Psychology, Physics or Mathematics courses are recommended).  

Electives

These are courses that you can choose to take from any subject area, giving you the opportunity to explore topics outside of your science major. 

General Education

At USNW, you need to take at least 12 UOC outside your faculty to broaden your education. Any course defined as Science or Medicine cannot be taken as General Education along with courses starting with GENS, GENM, FOOD and COMP. More information on General Education found here.  

Units of Credit (UOC)

A UOC helps measure how much you learn in a course and program. Most courses are 6 UOC. As a full-time student,  you’ll usually do 12-18 UOC each term. For more info, check our Unit of Credit Details. 

Discipline Core – Core Courses and Prescribed Electives

These are courses you must pass to get your qualification. Core courses are mandatory and specific, while prescribed electives are mandatory but let you choose from a list. In a Bachelor of Medical Science, there are core and prescribed electives that all students must take.  

Discipline Component

Students must complete 120 UOC of the following to satisfy the core requirements of this degree: 

  • 42 UOC from Level 1 Core Courses

  • 48 UOC from Level 2 Core Courses

  • 24 UOC from Level 3 Prescribed Electives

  • 6 UOC from a Science Elective. 

Understanding Your Program

Program Overview

The Medical Science program is a three-year degree jointly taught by the Faculty of Medicine & Health and the Faculty of Science. Students will study key areas such as Cell and Molecular Biology, Biochemistry, Anatomy, Physiology, Pathology, Microbiology, Pharmacology, Genetics, Immunology, and Neuroscience. By examining the structure and function of the human body, disease processes, and therapeutic interventions, the program equips graduates with a deep understanding of human health and disease. With opportunities for hands-on learning and research, this degree is the perfect pathway for careers in, biomedical research, health policy and regulation, pharmaceutical and biotech industry, and health professions. Students may also pursue an Honours degree for advanced research opportunities. 

Program Overview
Your First Year

In the first year, students are introduced to foundational concepts in science and human biology that provide the basis for more advanced study. Core courses include biology, chemistry, anatomy, and maths, where students build essential scientific knowledge, analytical skills and develop foundational lab skills. Through a mix of lectures, laboratory sessions, and tutorials, first-year students gain the skills and knowledge necessary to succeed in the program's more specialised second and third years. 

Planning Your First Year

Starting university is a big transition, and your course structure can help set you up for success. You may want to consider the following options when enrolling in courses during your first year based on your goals and confidence:

Option 1: Ease into it
  • Why: This lighter start gives you time to adjust to university life, explore effective study habits, and settle into your new routine.

  • Next Steps: Increase your workload in later terms as you gain confidence and momentum. 

Option 1
Option 2: Balanced
  • Take three courses in Terms 1 and 2, followed by two courses in Term 3 for a lighter end-of-year workload.
  • Why: This approach allows you to focus on building a strong foundation early while giving yourself more breathing room later in the year for exams, projects, or other priorities

Option 2
Option 3: Ambitious
  • Enrol in three courses per term across all three terms for a steady and challenging pace.

  • Why: For students eager to dive in and stay consistent, even though this workload is higher than expected for first-year students.

Option 3

Selecting A Major

Medical Microbiology 

Medical Microbiology studies microscopic organisms crucial to health, disease, and life sustainability. Students learn about their interactions with humans, disease roles, and medical applications, preparing for careers in healthcare, research, and infectious disease management.

Molecular Biology 

Molecular Biology studies the structure, function, and interactions of cells and molecules in living organisms. Students learn about gene expression, cellular development, and molecular signalling, gaining insights into life-regulating mechanisms. This prepares them for careers in biomedical research, biotechnology, and advanced medical studies.

Molecular Genetics 

Molecular Genetics studies genes at a molecular level, focusing on DNA, RNA, and proteins in heredity, variation, and trait development. Students learn about genetic mechanisms and their impact on health and disease, preparing for careers in biomedical research, genetic counselling, biotechnology, and medical innovation.

Human Anatomy 

Anatomy studies the human body's structure and function, covering Gross Anatomy, Histology, Embryology, Neuroanatomy, Forensic Science, and Biological Anthropology. This field prepares students for careers in healthcare, biomedical research, and related areas.

Neurobiology 

Neuroscience studies the nervous system's structure and function, from nerve cells to brain activity. It covers behaviour, cognition, and disorders like schizophrenia and epilepsy, preparing students for careers in research, medicine, and mental health.

Medical Physiology 

Physiology studies how the human body functions, from molecules to organs. It examines organ communication, vital functions, and disruptions during disease and ageing. This field prepares students for careers in healthcare, biomedical research, and related industries.

Medical Pharmacology 

Pharmacology examines the effect of drugs on the body. Pharmacologists research and develop new drugs, improve our understanding of how drugs work, and make sure drugs are effective and safe. Pharmacologists are at the forefront of science, allowing us to fight diseases.

Human Pathology 

Pathology studies disease development and impact on the body, covering infections and cancers at genetic, molecular, cellular, and organ levels. It prepares students for careers in healthcare, medical research, and pathology.

Medical Immunology 

Medical Immunology studies the immune system and its defense against infections and diseases. It covers immune response mechanisms, therapies, and vaccines, preparing students for careers in research, healthcare, and treatment of immune-related conditions.

Orientation Content

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