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M2003 · Monash University · UG specialist

Bachelor of Biomedical Science

Faculty of Medicine, Nursing and Health Sciences

Minimum ATAR
80
Full time
3 years
Part time
6 years
Credit points
144
Campus
Clayton
Mode
On campus

Overview

Are you interested in the science underlying human health and disease?

Our Bachelor of Biomedical Science degree equips you with the skills and knowledge to tackle today’s critical issues in healthcare and research. You will join a world-leading biomedical research hub, the Biomedicine Discovery Institute, and be taught and inspired by biomedical researchers and award-winning educators.

Where can a biomedical science degree take you?

The content knowledge and skills developed in the Bachelor of Biomedical Science degree will support you for careers in the health professions or biomedical research and industry (e.g. pharmaceuticals, medical devices, clinical trials). Many of our graduates have pursued careers in health professions (medicine, dentistry, physiotherapy, optometry, speech pathology). The Monash postgraduate Doctor of Medicine program reserves 70% of places for Monash Biomedical graduates. Graduates also work in the research or industry sectors. Double degree graduates often work in areas aligned with their other degree, such as engineering, law or business.

What will you study?

You will learn about the human body in health and disease in core biomedical subjects that are unique to biomedical students. These subjects cover the structure, function and chemical processes of the body (Anatomy, Physiology and Biochemistry), how microorganisms cause disease (Microbiology), how the body defends itself against infection (Immunology), chemical agents that can be used to treat disease (Pharmacology) and the incidence, distribution, and control of diseases (Public health and epidemiology). You’ll learn inside state-of-art laboratories, through workshops and labs that enhance student learning, develop students’ research and employability skills, and support a sense of belonging to the cohort. A Professional Development Program is embedded into the core subjects, to support your career development during the degree.

Electives to follow your interest or career goals

Our Bachelor of Biomedical Science gives you the flexibility to tailor your studies to fit your interests. Use your eight electives to gain more detailed knowledge in a biomedical science area or broaden your knowledge by studying units from across the University. You could pick up a language, gain business skills or explore global issues and cultures. You could also use your electives to support your career intentions by completing an industry placement, biomedical research project or health unit.

First-year units

Level 1 units every student in this course takes or chooses from.

And 13 more in the course structure below.

Course structure

Open a major, minor or specialisation to see its units.

Rules for completing this course

To remain in the scholars program, you must maintain at least a distinction average (70%) across 48 credit points in each calendar year

Part A. Core studies

90 cp

You must complete the following units

  • BMS1111Foundations of biology and scientific practice12 cp
  • BMS1121Biomedicine and global challenges6 cp
  • BMS1132The molecular basis of life12 cp
  • BMS1142Biomedical data and population health6 cp

BMS2111 Human structure and function

12 cp

The content for this unit is currently under development

BMS2121 Integrated metabolism: Regulation, disease and therapeutics

6 cp

The content for this unit is currently under development

BMS2132 Bugs, drugs and immunity in health and disease

12 cp

The content for this unit is currently under development

BMS2142 Genetic and biochemical basis of disease

6 cp

The content for this unit is currently under development

BMS3111 Biomedical innovations for global health challenges

12 cp

The content for this unit is currently under development

BMS3122 Biomedical research translation

6 cp

The content for this unit is currently under development

Part B. Discipline-specific elective studies

18 cp

You must complete 18 credit points of discipline-specific elective study as per the following.

Level 1 discipline-specific elective studies (single degree students only)

6 cp

You must complete one of the following units (single degree students only)

  • BIO1022Life on Earth6 cp
  • BIO1042Life in the environment6 cp
  • CHM1011Chemistry 16 cp
  • CHM1022Chemistry 26 cp
  • CHM1051Chemistry 1 advanced6 cp
  • CHM1052Chemistry 2 advanced6 cp
  • EAE1011The Earth system: From the core to the atmosphere6 cp
  • EAE1022The Earth system: Changing environments and climates6 cp
  • CLI1100Climate change: A wicked problem6 cp
  • CLI1200Climate change: Impacts and adaptations6 cp
  • MTH1020Analysis of change6 cp
  • MTH1030Techniques for modelling6 cp
  • PHS1011Classical physics and relativity6 cp
  • PHS1022Fields and quantum physics6 cp
  • PHS1031Physics for the living world6 cp
  • ASP1010Earth to cosmos: Introductory astronomy6 cp
  • ASP1022Life in the universe: Astrobiology6 cp

Level 3 discipline-specific elective studies (single degree and double degree students)

12 cp

Please note that you must complete two Level 3 discipline-specific elective units (12 credit points) if you are a single degree student. You must complete one Level 3 discipline-specific elective unit (6 credit points) if you are a double degree student.

  • DEV3011Experimental developmental biology and disease modelling6 cp
  • DEV3022Developmental and anatomical basis of human health and disease6 cp
  • DEV3032Stem cells in development, disease and regeneration6 cp
  • DEV3990Action in anatomy and developmental biology research project6 cp
  • BCH3021Cellular organisation: Organelle structure and function in health and disease6 cp
  • BCH3031Functional genomics and molecular medicine6 cp
  • BCH3042Cell signal transduction: Role in cancer and human disease6 cp
  • BCH3052Protein biology: From sequence to structure and disease6 cp
  • BCH3990Action in biochemistry research project6 cp
  • MIC3011Molecular microbiology6 cp
  • MIC3022Molecular virology and viral pathogenesis6 cp
  • MIC3032Pathogenesis of bacterial infectious diseases6 cp
  • MIC3041Medical microbiology6 cp
  • MIC3990Action in microbiology research project6 cp
  • PHA3011Principles of drug action6 cp
  • PHA3021Drugs in health and disease6 cp
  • PHA3032Neuro and endocrine pharmacology6 cp
  • PHA3042Modern drug development6 cp
  • PHA3990Action in pharmacology research project6 cp
  • PHY3111Sensory and cognitive neuroscience6 cp
  • PHY3171Cardiovascular physiology and disease6 cp
  • PHY3181Reproductive physiology6 cp
  • PHY3072Exercise physiology 6 cp
  • PHY3202Nutrition, metabolism and body weight6 cp
  • PHY3012Integrative neuroscience6 cp
  • PHY3990Action in physiology research project6 cp
  • BME3030Integrative biomedical science practical6 cp
  • BME3082Fetal and neonatal development6 cp
  • BMS3990Action in biomedical science minor research project6 cp
  • BME3032Introduction to the health system6 cp
  • PBH3002Infectious disease prevention and control 6 cp
  • PBH3009Chronic disease prevention and control6 cp
  • PBH3011Biostatistics for health6 cp
  • PBH3010Health data in practice6 cp
  • PBH3003Environmental determinants of health and disease6 cp
  • PBH3008Global and public health 6 cp
  • PBH3013Social media and health6 cp
  • IMM3031Molecular and cellular immunology6 cp
  • IMM3042Clinical immunopathology6 cp
  • IMM3051Principles of applied immunology6 cp
  • IMM3062Clinical and research laboratory immunology6 cp
  • IMM3990Immunology in action research project6 cp
  • HUP3011Human pathology 1: Understanding disease processes6 cp
  • HUP3022Human pathology 2: Pathology of human diseases6 cp
  • HUP3990Human pathology in action research project6 cp
  • GEN3030Molecular, cellular and developmental genetics6 cp
  • GEN3040Genomics and its applications6 cp
  • GEN3051Medical and forensic genetics6 cp
  • GEN3990Genetics in action research project6 cp

Part C. Free elective studies

36 cp

You must complete 36 credit points of free elective study. Elective units can be chosen to deepen your knowledge of the biomedical sciences, to sample disciplines from across the University or to explore potential careers (provided you have met the required prerequisites and there are no restrictions on enrolment into the units). Free electives can also be identified using the browse units tool (https://handbook.monash.edu/) and indexes of units in the current edition of the Handbook. The level of the unit is indicated by the first number in the unit code; undergraduate units are those that commence with the numbers 1-3. You may need permission from the owning faculty to enrol in some units taught by other faculties. Electives may be from any level, however, no more than three free electives (18 credit points) are to be completed from Level 1.

Scholars program electives

6 cp

Students in the scholars program are required to include at least one of the following units in your choice of electives:

  • BCH3990Action in biochemistry research project6 cp
  • BME3990Biomedical science education research project6 cp
  • BMS3990Action in biomedical science minor research project6 cp
  • DEV3990Action in anatomy and developmental biology research project6 cp
  • HUP3990Human pathology in action research project6 cp
  • IMM3990Immunology in action research project6 cp
  • MIC3990Action in microbiology research project6 cp
  • PHA3990Action in pharmacology research project6 cp
  • PHY3990Action in physiology research project6 cp