Bachelor of Medical Science
The information on this page applies to future students. Current students should refer to their faculty handbooks for course information.
The Bachelor of Medical Science is a structured, three-year course which focuses on developing your knowledge of the structure and function of the human body, from molecular to whole systems. It is an obvious choice if you wish to pursue graduate research in medical science, or if you wish to undertake the University of Sydney's graduate medicine or dentistry programs.
In your first year, you will cover the basic sciences, chemistry, biology, microbiology, biochemistry, and physics or psychology. These units will give you the fundamental knowledge needed for the clinical subjects you will undertake in your second and third years.
In your second year, you will complete medical science units built around themes within this discipline, such as cell structure and function, sensory and motor functions, microbes and body defences, or disease in society. You will also be able to do science or non-science electives. In your third year, you will choose from units offered in anatomy and histology, biochemistry, biology (genetics), history and philosophy of science, immunology, infectious diseases, microbiology, pharmacology, pathology and physiology.
After completing this course you will have the ideal base for graduate research in medical science. If you are planning a career in medical research, you should plan to study an honours year, followed by research via a master’s or PhD program.
Majors
- Agricultural Chemistry
- Anatomy and Histology
- Biochemistry
- Bioinformatics
- Biology
- Cell Pathology
- Chemistry
- Computational Science
- Computer Science
- Environmental Studies
- Financial Mathematics and Statistics
- Geography
- Geology and Geophysics
- History and Philosophy of Science
- Immunobiology
- Information Systems
- Marine Science
- Mathematics
- Medicinal Chemistry
- Microbiology
- Molecular biology and genetics
- Nanoscience and Technology
- Neuroscience
- Pharmacology
- Physics
- Physiology
- Plant Sciences
- Psychology
- Soil Science
- Statistics
Units of study
View a sample study plan/course structure table.
Full units of study list
- AGCH2004 - Agricultural Chemistry
- AGCH3025 - Chemistry and Biochemistry of Foods
- AGCH3026 - Food Biotechnology
- AGCH3032 - Land and Water Ecochemistry
- AMME2301 - Mechanics of Solids
- AMME2302 - Materials 1
- ANAT2552 - Anatomy and Histology Exchange
- ANAT2553 - Anatomy and Histology Exchange
- ANAT2554 - Anatomy and Histology Exchange
- ANAT2555 - Anatomy and Histology Exchange
- ANAT3004 - Cranial and Cervical Anatomy
- ANAT3008 - Musculoskeletal Anatomy
- ANAT3904 - Cranial & Cervical Anatomy (Advanced)
- BCHM2071 - Protein Biochemistry
- BCHM2555 - Biochemistry Exchange
- BCHM2556 - Biochemistry Exchange
- BCHM2971 - Protein Biochemistry (Advanced)
- BCHM3071 - Molecular Biology & Biochemistry- Genes
- BCHM3072 - Human Molecular Cell Biology
- BCHM3081 - Mol Biology & Biochemistry- Proteins
- BCHM3082 - Medical and Metabolic Biochemistry
- BCHM3092 - Proteomics and Functional Genomics
- BCHM3971 - Molecular Biology & Biochem- Genes (Adv)
- BCHM3972 - Human Molecular Cell Biology (Advanced)
- BCHM3981 - Mol Biology & Biochemistry- Proteins Adv
- BCHM3982 - Medical and Metabolic Biochemistry (Adv)
- BCHM3992 - Proteomics and Functional Genomics (Adv)
- BINF3101 - Bioinformatics Project
- BINF3551 - Bioinformatics Exchange
- BIOL1001 - Concepts in Biology
- BIOL1002 - Living Systems
- BIOL1003 - Human Biology
- BIOL1551 - Biology Exchange
- BIOL1552 - Biology Exchange
- BIOL1902 - Living Systems (Advanced)
- BIOL1903 - Human Biology (Advanced)
- BIOL1911 - Concepts in Biology (Advanced)
- BIOL2011 - Invertebrate Zoology
- BIOL2012 - Vertebrates and their Origins
- BIOL2016 - Cell Biology
- BIOL2017 - Entomology
- BIOL2018 - Introduction to Marine Biology
- BIOL2555 - Biology Exchange
- BIOL2556 - Biology Exchange
- BIOL2557 - Biology Exchange
- BIOL2911 - Invertebrate Zoology (Advanced)
- BIOL2912 - Vertebrates and their Origins (Advanced)
- BIOL2916 - Cell Biology (Advanced)
- BIOL2917 - Entomology (Advanced)
- BIOL2918 - Introduction to Marine Biology (Adv)
- BIOL3006 - Ecological Methods
- BIOL3007 - Ecology
- BIOL3008 - Marine Field Ecology
- BIOL3009 - Terrestrial Field Ecology
- BIOL3010 - Tropical Wildlife Biology and Management
- BIOL3011 - Ecophysiology
- BIOL3012 - Animal Physiology
- BIOL3013 - Marine Biology
- BIOL3016 - Coral Reef Biology
- BIOL3017 - Fungi in the Environment
- BIOL3018 - Gene Technology and Genomics
- BIOL3025 - Evolutionary Genetics & Animal Behaviour
- BIOL3026 - Developmental Genetics
- BIOL3551 - Biology Exchange
- BIOL3552 - Biology Exchange
- BIOL3553 - Biology Exchange
- BIOL3554 - Biology Exchange
- BIOL3555 - Biology Exchange
- BIOL3556 - Biology Exchange
- BIOL3557 - Biology Exchange
- BIOL3906 - Ecological Methods (Advanced)
- BIOL3907 - Ecology (Advanced)
- BIOL3908 - Marine Field Ecology (Advanced)
- BIOL3909 - Terrestrial Field Ecology (Advanced)
- BIOL3910 - Tropical Wildlife Biol & Management Adv
- BIOL3911 - Ecophysiology (Advanced)
- BIOL3912 - Animal Physiology (Advanced)
- BIOL3913 - Marine Biology (Advanced)
- BIOL3916 - Coral Reef Biology (Advanced)
- BIOL3917 - Fungi in the Environment (Advanced)
- BIOL3918 - Gene Technology and Genomics Advanced
- BIOL3925 - Evolutionary Gen. & Animal Behaviour Adv
- BIOL3926 - Developmental Genetics (Advanced)
- BMED2401 - Cellular Foundations of Medical Sciences
- BMED2402 - Nerve and Muscle
- BMED2403 - Cardiovascular and Respiratory Systems
- BMED2404 - Microbes,Infection and Immunity
- BMED2405 - Gut and Nutrient Metabolism
- BMED2406 - Hormones,Kidney and Reproduction
- BMED2551 - Medical Science Exchange
- BMED2552 - Medical Science Exchange
- BMED2553 - Medical Science Exchange
- BMED2554 - Medical Science Exchange
- BMED2555 - Medical Science Exchange
- BMED2556 - Medical Science Exchange
- CHEM1001 - Fundamentals of Chemistry 1A
- CHEM1002 - Fundamentals of Chemistry 1B
- CHEM1101 - Chemistry 1A
- CHEM1102 - Chemistry 1B
- CHEM1551 - Chemistry Exchange
- CHEM1552 - Chemistry Exchange
- CHEM1901 - Chemistry 1A (Advanced)
- CHEM1902 - Chemistry 1B (Advanced)
- CHEM1903 - Chemistry 1A (Special Studies Program)
- CHEM1904 - Chemistry 1B (Special Studies Program)
- CHEM2401 - Molecular Reactivity and Spectroscopy
- CHEM2402 - Chemical Structure and Stability
- CHEM2403 - Chemistry of Biological Molecules
- CHEM2404 - Forensic and Environmental Chemistry
- CHEM2554 - Chemistry Exchange
- CHEM2555 - Chemistry Exchange
- CHEM2556 - Chemistry Exchange
- CHEM2911 - Molecular Reactivity & Spectroscopy Adv
- CHEM2912 - Chemical Structure and Stability (Adv)
- CHEM2915 - Molecular Reactivity & Spectroscopy SSP
- CHEM2916 - Chemical Structure and Stability (SSP)
- CHEM3110 - Biomolecules: Properties and Reactions
- CHEM3111 - Organic Structure and Reactivity
- CHEM3112 - Materials Chemistry
- CHEM3113 - Catalysis and Sustainable Processes
- CHEM3114 - Metal Complexes: Medicine and Materials
- CHEM3115 - Synthetic Medicinal Chemistry
- CHEM3116 - Membranes,Self Assembly and Surfaces
- CHEM3117 - Molecular Spectroscopy & Quantum Theory
- CHEM3551 - Chemistry Exchange
- CHEM3552 - Chemistry Exchange
- CHEM3553 - Chemistry Exchange
- CHEM3554 - Chemistry Exchange
- CHEM3555 - Chemistry Exchange
- CHEM3556 - Chemistry Exchange
- CHEM3910 - Biomolecules: Properties & Reactions Adv
- CHEM3911 - Organic Structure and Reactivity (Adv)
- CHEM3912 - Materials Chemistry (Adv)
- CHEM3913 - Catalysis and Sustainable Process (Adv)
- CHEM3914 - Metal Complexes: Medic. & Mater. (Adv)
- CHEM3915 - Synthetic Medicinal Chemistry (Adv)
- CHEM3916 - Membranes,Self Assembly & Surfaces(Adv)
- CHEM3917 - Mol. Spectroscopy & Quantum Theory (Adv)
- COMP2121 - Distributed Systems & Network Principles
- COMP2129 - Operating Systems and Machine Principles
- COMP2558 - Computer Science Exchange
- COMP2907 - Algorithms and Complexity (Advanced)
- COMP3109 - Programming Languages and Paradigms
- COMP3308 - Introduction to Artificial Intelligence
- COMP3419 - Graphics and Multimedia
- COMP3456 - Computational Methods for Life Sciences
- COMP3520 - Operating Systems Internals
- COMP3559 - Computer Science Exchange
- COMP3608 - Intro. to Artificial Intelligence (Adv)
- COMP3615 - Software Development Project
- COSC1001 - Computational Science in Matlab
- COSC1002 - Computational Science in C
- COSC1551 - Computational Science Exchange
- COSC1901 - Computational Science in Matlab (Adv)
- COSC1902 - Computational Science in C (Adv)
- COSC3011 - Scientific Computing
- COSC3551 - Computational Science Exchange
- COSC3552 - Computational Science Exchange
- COSC3911 - Scientific Computing (Advanced)
- CPAT3201 - Pathogenesis of Human Disease 1
- CPAT3202 - Pathogenesis of Human Disease 2
- CPAT3551 - Cell Pathology Exchange
- CPAT3552 - Cell Pathology Exchange
- ELEC1601 - Foundations of Computer Systems
- ELEC3506 - Data Communications and the Internet
- ELEC3609 - Internet Software Platforms
- ELEC3610 - E-Business Analysis and Design
- EMHU3001 - Electron Microscopy and Imaging/Theory
- EMHU3002 - Electron Microscopy and Imaging/Prac
- EMHU3551 - Electron Microscopy Exchange
- EMHU3552 - Electron Microscopy Exchange
- ENVI2111 - Conservation Biology and Applied Ecology
- ENVI2553 - Environmental Science Exchange
- ENVI2911 - Conservation Biol & Applied Ecology Adv
- ENVI3111 - Environmental Law and Ethics
- ENVI3112 - Environmental Assessment
- ENVI3114 - Energy and the Environment
- ENVI3551 - Environmental Science Exchange
- ENVI3552 - Environmental Science Exchange
- ENVX3001 - Environmental GIS
- GEOG1552 - Geography Exchange
- GEOG2321 - Fluvial and Groundwater Geomorphology
- GEOG2558 - Geography Exchange
- GEOG2559 - Geography Exchange
- GEOG3521 - Sustainable Urban Environments
- GEOG3921 - Sustainable Urban Environments (Adv)
- GEOL1552 - Geology Exchange
- GEOL2556 - Geology Exchange
- GEOL2557 - Geology Exchange
- GEOS1001 - Earth,Environment and Society
- GEOS1002 - Introductory Geography
- GEOS1003 - Introduction to Geology
- GEOS1901 - Earth,Environment and Society Advanced
- GEOS1902 - Introductory Geography (Advanced)
- GEOS1903 - Introduction to Geology (Advanced)
- GEOS2111 - Natural Hazards: a GIS Approach
- GEOS2112 - Economic Geography of Global Development
- GEOS2114 - Volcanoes,Hot Rocks and Minerals
- GEOS2115 - Oceans,Coasts and Climate Change
- GEOS2121 - Environmental and Resource Management
- GEOS2122 - Urban Geography
- GEOS2124 - Fossils and Tectonics
- GEOS2911 - Natural Hazards: a GIS Approach Advanced
- GEOS2912 - Economic Geography of Global Dev. Adv.
- GEOS2914 - Volcanoes,Hot Rocks and Minerals Adv
- GEOS2915 - Oceans,Coasts and Climate Change (Adv)
- GEOS2921 - Environmental & Resource Management Adv
- GEOS2922 - Urban Geography (Advanced)
- GEOS2924 - Fossils and Tectonics (Advanced)
- GEOS3008 - Field Geology and Geophysics
- GEOS3009 - Coastal Environments and Processes
- GEOS3014 - GIS in Coastal Management
- GEOS3018 - Rivers: Science,Policy and Management
- GEOS3053 - Asia-Pacific Field School-Assessment A
- GEOS3054 - Asia-Pacific Field School-Assessment B
- GEOS3101 - Earth's Structure and Evolution
- GEOS3102 - Global Energy and Resources
- GEOS3103 - Environmental and Sedimentary Geology
- GEOS3104 - Geophysical Methods
- GEOS3513 - Regional Development and Environment
- GEOS3522 - Cities and Citizenship
- GEOS3551 - Geoscience Exchange
- GEOS3552 - Geoscience Exchange
- GEOS3553 - Geoscience Exchange
- GEOS3554 - Geoscience Exchange
- GEOS3801 - Earth's Structure and Evolutions (Adv)
- GEOS3802 - Global Energy and Resources (Adv)
- GEOS3803 - Environmental & Sedimentary Geology(Adv)
- GEOS3804 - Geophysical Methods (Advanced)
- GEOS3908 - Field Geology and Geophysics (Advanced)
- GEOS3909 - Coastal Environments and Processes (Adv)
- GEOS3913 - Regional Development & Environment (Adv)
- GEOS3914 - GIS in Coastal Management (Advanced)
- GEOS3918 - Rivers: Science and Management (Adv)
- GEOS3922 - Cities and Citizenship (Advanced)
- GEOS3953 - Asia-Pacific Field School-A (Adv)
- GEOS3954 - Asia-Pacific Field School-B (Adv)
- HORT3005 - Production Horticulture
- HPSC1000 - Bioethics
- HPSC1551 - History & Philosophy of Science Exchange
- HPSC1900 - Bioethics (Advanced)
- HPSC2100 - The Birth of Modern Science
- HPSC2101 - What Is This Thing Called Science?
- HPSC2554 - History & Philosophy of Science Exchange
- HPSC2555 - History & Philosophy of Science Exchange
- HPSC2900 - The Birth of Modern Science (Advanced)
- HPSC2901 - What Is This Thing Called Science? (Adv)
- HPSC3002 - History of Biological/Medical Sciences
- HPSC3016 - The Scientific Revolution
- HPSC3022 - Science and Society
- HPSC3023 - Psychology & Psychiatry: History & Phil
- HPSC3024 - Science and Ethics
- HPSC3551 - History & Philosophy of Science Exchange
- HPSC3552 - History & Philosophy of Science Exchange
- HPSC3553 - History & Philosophy of Science Exchange
- HSTO3001 - Microscopy & Histochemistry Theory
- HSTO3002 - Microscopy & Histochemistry Practical
- HSTO3003 - Cells and Development: Theory
- HSTO3004 - Cells and Development: Practical (Adv)
- HSTO3551 - Histology Exchange
- HSTO3552 - Histology Exchange
- IMMU2552 - Immunology Exchange
- IMMU2553 - Immunology Exchange
- IMMU3102 - Molecular and Cellular Immunology
- IMMU3202 - Immunology in Human Disease
- IMMU3551 - Immunology Exchange
- IMMU3552 - Immunology Exchange
- IMMU3902 - Molecular and Cellular Immunology (Adv)
- IMMU3903 - Immunology in Human Disease (Advanced)
- INFD3012 - Infectious Diseases
- INFO1003 - Foundations of Information Technology
- INFO1103 - Introduction to Programming
- INFO1105 - Data Structures
- INFO1551 - Information Technology Exchange
- INFO1552 - Information Technology Exchange
- INFO1903 - Informatics (Advanced)
- INFO1905 - Data Structures (Advanced)
- INFO1911 - IT Special Project 1A
- INFO1912 - IT Special Project 1B
- INFO2110 - Systems Analysis and Modelling
- INFO2120 - Database Systems 1
- INFO2315 - Introduction to IT Security
- INFO2551 - Information Technology Exchange
- INFO2552 - Information Technology Exchange
- INFO2820 - Database Systems 1 (Advanced)
- INFO2911 - IT Special Project 2A
- INFO2912 - IT Special Project 2B
- INFO3220 - Object Oriented Design
- INFO3315 - Human-Computer Interaction
- INFO3402 - Management of IT Projects and Systems
- INFO3404 - Database Systems 2
- INFO3504 - Database Systems 2 (Adv)
- INFO3551 - Information Technology Exchange
- INFO3552 - Information Technology Exchange
- INFO3553 - Information Technology Exchange
- INFO3600 - Major Development Project (Advanced)
- INFO3911 - IT Special Project 3A
- INFO3912 - IT Special Project 3B
- ISYS1552 - Information Systems Exchange
- ISYS2140 - Information Systems
- ISYS2557 - Information Systems Exchange
- ISYS3400 - Information Systems Project
- ISYS3401 - Analytical Methods & Information Systems
- ISYS3556 - Information Systems Exchange
- ISYS3557 - Information Systems Exchange
- LWSC2002 - Introductory Hydrology
- LWSC3007 - Advanced Hydrology and Modelling
- MARS2551 - Marine Science Exchange
- MARS2552 - Marine Science Exchange
- MARS2553 - Marine Science Exchange
- MARS3552 - Marine Science Exchange
- MARS3553 - Marine Science Exchange
- MARS3554 - Marine Science Exchange
- MATH1001 - Differential Calculus
- MATH1002 - Linear Algebra
- MATH1003 - Integral Calculus and Modelling
- MATH1004 - Discrete Mathematics
- MATH1005 - Statistics
- MATH1011 - Applications of Calculus
- MATH1013 - Mathematical Modelling
- MATH1014 - Introduction to Linear Algebra
- MATH1015 - Biostatistics
- MATH1111 - Introduction to Calculus
- MATH1551 - Mathematics Exchange
- MATH1552 - Mathematics Exchange
- MATH1553 - Mathematics Exchange
- MATH1901 - Differential Calculus (Advanced)
- MATH1902 - Linear Algebra (Advanced)
- MATH1903 - Integral Calculus and Modelling Advanced
- MATH1905 - Statistics (Advanced)
- MATH1906 - Mathematics (Special Studies Program) A
- MATH1907 - Mathematics (Special Studies Program) B
- MATH2061 - Linear Mathematics and Vector Calculus
- MATH2063 - Math Computing and Nonlinear Systems
- MATH2065 - Partial Differential Equations (Intro)
- MATH2068 - Number Theory and Cryptography
- MATH2069 - Discrete Mathematics and Graph Theory
- MATH2070 - Optimisation and Financial Mathematics
- MATH2916 - Working Seminar A (SSP)
- MATH2917 - Working Seminar B (SSP)
- MATH2961 - Linear Mathematics & Vector Calculus Adv
- MATH2962 - Real and Complex Analysis (Advanced)
- MATH2963 - Math Computing & Nonlinear Systems (Adv)
- MATH2965 - Partial Differential Equations Intro Adv
- MATH2968 - Algebra (Advanced)
- MATH2969 - Discrete Mathematics & Graph Theory Adv
- MATH2970 - Optimisation & Financial Mathematics Adv
- MATH2988 - Number Theory and Cryptography Advanced)
- MATH3061 - Geometry and Topology
- MATH3062 - Algebra and Number Theory
- MATH3063 - Differential Equations and Biomaths
- MATH3065 - Logic and Foundations
- MATH3067 - Information and Coding Theory
- MATH3075 - Financial Mathematics
- MATH3076 - Mathematical Computing
- MATH3078 - PDEs and Waves
- MATH3961 - Metric Spaces (Advanced)
- MATH3962 - Rings,Fields and Galois Theory (Adv)
- MATH3963 - Differential Equations & Biomaths (Adv)
- MATH3964 - Complex Analysis with Applications (Adv)
- MATH3966 - Modules and Group Representations (Adv)
- MATH3968 - Differential Geometry (Advanced)
- MATH3969 - Measure Theory & Fourier Analysis (Adv)
- MATH3974 - Fluid Dynamics (Advanced)
- MATH3975 - Financial Mathematics (Advanced)
- MATH3976 - Mathematical Computing (Advanced)
- MATH3977 - Lagrangian & Hamiltonian Dynamics (Adv)
- MATH3978 - PDEs and Waves (Advanced)
- MBLG1001 - Molecular Biology and Genetics (Intro)
- MBLG1551 - Molecular Biology and Genetics Exchange
- MBLG1901 - Molecular Biology and Genetics (Adv)
- MBLG2071 - Molecular Biology and Genetics A
- MBLG2072 - Molecular Biology and Genetics B
- MBLG2554 - Molecular Biology and Genetics Exchange
- MBLG2555 - Molecular Biology and Genetics Exchange
- MBLG2556 - Molecular Biology and Genetics Exchange
- MBLG2971 - Molecular Biology and Genetics A (Adv)
- MBLG2972 - Molecular Biology and Genetics B (Adv)
- MBLG3553 - Molecular Biology and Genetics Exchange
- MBLG3554 - Molecular Biology and Genetics Exchange
- MBLG3555 - Molecular Biology and Genetics Exchange
- MBLG3556 - Molecular Biology and Genetics Exchange
- MECH3361 - Mechanics of Solids 2
- MECH3362 - Materials 2
- MICR3011 - Microbes in Infection
- MICR3032 - Molecular Microbiology Concepts
- MICR3042 - Molecular Microbiology Research Skills
- MICR3554 - Microbiology Exchange
- MICR3555 - Microbiology Exchange
- MICR3911 - Microbes in Infection (Advanced)
- MICR3932 - Molecular Microbiology Concepts (Adv)
- MICR3942 - Molecular Micro Research Skills (Adv)
- MOBT3553 - Molecular Biotechnology Exchange
- NEUR3001 - Neuroscience: Special Senses
- NEUR3002 - Neuroscience: Motor Systems & Behaviour
- NEUR3003 - Cellular and Developmental Neuroscience
- NEUR3004 - Integrative Neuroscience
- NEUR3551 - Neuroscience Exchange
- NEUR3552 - Neuroscience Exchange
- NEUR3553 - Neuroscience Exchange
- NEUR3554 - Neuroscience Exchange
- NEUR3901 - Neuroscience: Special Senses (Advanced)
- NEUR3902 - Neuroscience: Motor Systems & Behav. Adv
- NEUR3903 - Cellular & Developmental Neurosci. (Adv)
- NEUR3904 - Integrative Neuroscience (Advanced)
- NUTM3001 - Nutrition and Metabolism
- PCOL2012 - Pharmacology: Drugs and People
- PCOL2553 - Pharmacology Exchange
- PCOL2554 - Pharmacology Exchange
- PCOL2556 - Pharmacology Exchange
- PCOL2557 - Pharmacology Exchange
- PCOL3011 - Toxicology
- PCOL3012 - Drug Design and Development
- PCOL3021 - Drug Therapy
- PCOL3022 - Neuropharmacology
- PCOL3553 - Pharmacology Exchange
- PCOL3554 - Pharmacology Exchange
- PCOL3555 - Pharmacology Exchange
- PCOL3911 - Toxicology (Advanced)
- PCOL3912 - Drug Design and Development (Adv)
- PCOL3921 - Drug Therapy (Advanced)
- PCOL3922 - Neuropharmacology (Advanced)
- PHSI2553 - Physiology Exchange
- PHSI2554 - Physiology Exchange
- PHSI2555 - Physiology Exchange
- PHSI2556 - Physiology Exchange
- PHSI3005 - Human Cellular Physiology: Theory
- PHSI3006 - Human Cellular Physiology: Research
- PHSI3007 - Heart and Circulation: Normal Function
- PHSI3008 - Heart and Circulation: Dysfunction
- PHSI3551 - Physiology Exchange
- PHSI3552 - Physiology Exchange
- PHSI3553 - Physiology Exchange
- PHSI3554 - Physiology Exchange
- PHSI3555 - Physiology Exchange
- PHSI3905 - Human Cellular Physiology (Adv): Theory
- PHSI3906 - Human Cellular Physiology (Ad): Research
- PHSI3907 - Heart & Circulation: Normal Function Adv
- PHSI3908 - Heart & Circulation: Dysfunction Adv
- PHYS1001 - Physics 1 (Regular)
- PHYS1002 - Physics 1 (Fundamentals)
- PHYS1003 - Physics 1 (Technological)
- PHYS1004 - Physics 1 (Environmental & Life Science)
- PHYS1500 - Astronomy
- PHYS1551 - Physics Exchange
- PHYS1552 - Physics Exchange
- PHYS1901 - Physics 1A (Advanced)
- PHYS1902 - Physics 1B (Advanced)
- PHYS2011 - Physics 2A
- PHYS2012 - Physics 2B
- PHYS2013 - Astrophysics and Relativity
- PHYS2555 - Physics Exchange
- PHYS2556 - Physics Exchange
- PHYS2911 - Physics 2A (Advanced)
- PHYS2912 - Physics 2B (Advanced)
- PHYS2913 - Astrophysics and Relativity (Advanced)
- PHYS3015 - Topics in Senior Physics A
- PHYS3025 - Topics in Senior Physics B
- PHYS3040 - Electromagnetism and Physics Lab
- PHYS3046 - Thermodynamics/Biophys/High Energy Phys.
- PHYS3047 - Thermodynamics/Plasma/High Energy Phys.
- PHYS3048 - Thermodynamics/Plasma Physics/Lab
- PHYS3049 - Thermodynamics/High Energy Physics/Lab
- PHYS3051 - Thermodynamics/Biophysics & Lab
- PHYS3059 - Plasma Physics/Thermodynamics/Biophysics
- PHYS3060 - Quantum Mechanics & Physics Lab
- PHYS3063 - Cond. Matter Physics/Nanoscience/Optics
- PHYS3064 - Cond. Matter/Nanoscience/Astrophysics
- PHYS3065 - Condensed Matter/Optics/Astrophysics
- PHYS3066 - Optics/Astrophysics/Physics Lab
- PHYS3067 - Cond.Matter Physics/Nanoscience/Lab
- PHYS3068 - Condensed Matter Physics/Optics/Lab
- PHYS3073 - Plasma/High Energy Physics & Lab
- PHYS3559 - Physics Exchange
- PHYS3915 - Topics in Senior Physics A (Advanced)
- PHYS3925 - Topics in Senior Physics B (Advanced)
- PHYS3940 - Electromagnetism and Physics Lab (Adv)
- PHYS3941 - Electromagnetism & Special Project (Adv)
- PHYS3946 - Thermodynamics/Biophys/High Energy (Adv)
- PHYS3947 - Thermodynamics/Plasma/High Energy (Adv)
- PHYS3948 - Thermodynamics/Plasma Physics/Lab (Adv)
- PHYS3949 - Thermodynamics/High Energy Phys/Lab(Adv)
- PHYS3951 - Thermodynamics/Biophysics & Lab (Adv)
- PHYS3959 - Plasma Phys./Thermodynamics/Biophys(Adv)
- PHYS3960 - Quantum Mechanics and Physics Lab (Adv)
- PHYS3961 - Quantum Mechanics & Special Project(Adv)
- PHYS3963 - Cond Matter Phys/Nanoscience/Optics(Adv)
- PHYS3964 - Cond. Matter/Nanoscience/Astrophys.(Adv)
- PHYS3965 - Condensed Matter/Optics/Astrophys. (Adv)
- PHYS3966 - Optics/Astrophysics/Physics Lab (Adv)
- PHYS3967 - Cond.Matter Phys./Nanoscience/Lab (Adv)
- PHYS3968 - Condensed Matter Physics/Optics/Lab(Adv)
- PHYS3973 - Plasma/High Energy Physics & Lab (Adv)
- PLNT2001 - Plant Biochemistry and Molecular Biology
- PLNT2002 - Aust Flora: Ecology and Conservation
- PLNT2003 - Plant Form and Function
- PLNT2901 - Plant Biochem & Molecular Biology (Adv)
- PLNT2902 - Aust Flora: Ecology & Conservation (Adv)
- PLNT2903 - Plant Form and Function (Advanced)
- PLNT3001 - Plant,Cell and Environment
- PLNT3002 - Plant Growth and Development
- PLNT3003 - Systematics and Evolution of Plants
- PLNT3901 - Plant,Cell and Environment (Advanced)
- PLNT3902 - Plant Growth and Development (Advanced)
- PLNT3903 - Systematics and Evolution of Plants Adv
- PPAT3003 - Plant Disease
- PPAT4004 - Advanced Mycology and Plant Pathology
- PPAT4005 - Soil Biology
- PSYC1001 - Psychology 1001
- PSYC1002 - Psychology 1002
- PSYC2011 - Brain and Behaviour
- PSYC2012 - Statistics & Research Methods for Psych
- PSYC2013 - Cognitive and Social Psychology
- PSYC2014 - Personality and Intelligence 1
- PSYC3010 - Advanced Statistics for Psychology
- PSYC3011 - Learning and Behaviour
- PSYC3012 - Cognition,Language and Thought
- PSYC3013 - Perceptual Systems
- PSYC3014 - Behavioural and Cognitive Neuroscience
- PSYC3015 - Personality and Intelligence 2
- PSYC3016 - Developmental Psychology
- PSYC3017 - Social Psychology
- PSYC3018 - Abnormal Psychology
- PSYC3020 - Applications of Psychological Science
- SCGN2952 - Advanced Science Exchange
- SCGN3953 - Advanced Science Exchange
- SCTP1831 - Science Talented Student Project
- SCTP1832 - Science Talented Student Project
- SCTP1833 - Science Talented Student Project
- SCTP1834 - Science Talented Student Project
- SCTP1835 - Science Talented Student Project
- SCTP1861 - Science Talented Student Project
- SCTP1862 - Science Talented Student Project
- SCTP1863 - Science Talented Student Project
- SCTP1864 - Science Talented Student Project
- SCTP1865 - Science Talented Student Project
- SCTP2831 - Science Talented Student Project
- SCTP2832 - Science Talented Student Project
- SCTP2833 - Science Talented Student Project
- SCTP2834 - Science Talented Student Project
- SCTP2835 - Science Talented Student Project
- SCTP2861 - Science Talented Student Project
- SCTP2862 - Science Talented Student Project
- SCTP2863 - Science Talented Student Project
- SCTP2864 - Science Talented Student Project
- SCTP2865 - Science Talented Student Project
- SCTP3831 - Science Talented Student Project
- SCTP3832 - Science Talented Student Project
- SCTP3833 - Science Talented Student Project
- SCTP3834 - Science Talented Student Project
- SCTP3835 - Science Talented Student Project
- SCTP3861 - Science Talented Student Project
- SCTP3862 - Science Talented Student Project
- SCTP3863 - Science Talented Student Project
- SCTP3864 - Science Talented Student Project
- SCTP3865 - Science Talented Student Project
- SOIL2003 - Soil Properties and Processes
- SOIL2004 - The Soil Resource
- SOIL3009 - Contemporary Field and Lab Soil Science
- SOIL3010 - The Soil at Work
- STAT1551 - Statistics Exchange
- STAT2011 - Statistical Models
- STAT2012 - Statistical Tests
- STAT2556 - Statistics Exchange
- STAT2557 - Statistics Exchange
- STAT2911 - Probability and Statistical Models (Adv)
- STAT2912 - Statistical Tests (Advanced)
- STAT3011 - Stochastic Processes and Time Series
- STAT3012 - Applied Linear Models
- STAT3013 - Statistical Inference
- STAT3014 - Applied Statistics
- STAT3911 - Stochastic Processes and Time Series Adv
- STAT3912 - Applied Linear Models (Advanced)
- STAT3913 - Statistical Inference Advanced
- STAT3914 - Applied Statistics Advanced
- VIRO3001 - Virology
- VIRO3002 - Medical and Applied Virology
- VIRO3551 - Virology Exchange
- VIRO3552 - Virology Exchange
- VIRO3901 - Virology (Advanced)
- VIRO3902 - Medical and Applied Virology (Advanced)
Further course information
Study plan
The Bachelor of Medical Science may be undertaken over three years full-time or six years part-time. Full-time students enrol in units of study to the value of 48 credit points (cp) in each year.
In first year you will complete 48cp including MBLG1001 or MBLG1901 and 12cp each from chemistry, mathematics and physics or psychology (not including PHYS1500), plus 6cp from biology. In second year you will take 48cp, comprised of six integrated medical science units covering areas such as cell structure and function, sensory and motor functions, microbes and body defences and disease in society. You will also have the opportunity to take two science or non-science electives. In third year you will complete 48cp, including a minimum 36cp from your choice of one of the following subject areas: anatomy and histology, biochemistry, biology (genetics), history and philosophy of science, immunology, infectious diseases, microbiology, pharmacology, pathology, or physiology.
Progression rules
(1) Except with the permission of the dean, students may not enrol in an intermediate core unit of study until they have completed 42 credit points of junior units of study.
(2) Students may not enrol in a senior unit of study until they have completed 42 credit points of intermediate core units of study.
What is an elective?
An elective is a unit of study (subject) which you are allowed to enrol in as part of your course and which will count towards the completion of your course. It differs to a core unit in that you have a choice about which electives, amongst a given set of electives, you want to study.
In the Bachelor of Medical Science, you can do up to four non-medical science electives in the second and third years of your degree. Elective units are available from any other faculty at the University, provided that you receive permission from the relevant department and the Faculty of Science to add that elective to your course plan.
See the Bachelor of Medical Science study plan table to get an idea of how electives fit in amongst your other units of study.
Course opportunities
The course includes opportunities to participate in the University's Study Abroad and Exchange Program, the Science Link-Up and Mentoring (SLAM) Program and the Science Talented Student Program (entry by invitation from the Dean of Science), and opportunities specific to majors or subject areas, such as the Year in Industry program offered by the School of Chemistry.
Study Abroad and Exchange Program
Science Link-Up and Mentoring (SLAM) Program
Science Talented Student Program
Year in Industry Program
Course outcomes and further study
Graduate opportunities
The Bachelor of Medical Science is an obvious choice if you wish to undertake the University of Sydney's graduate medicine and dentistry programs, available after you complete your undergraduate course.
The Bachelor of Medical Science also forms an ideal base for graduate research in medical science. If you are planning a career in medical research, you should plan to study an honours year followed by research for a Masters or PhD.
Alternatively, you may choose, as many graduates do, to undertake an administrative career in private industry or government where a good knowledge of the medical sciences is an advantage.
Further study
If you are interested in medical research, you have the opportunity to study for an honours course by completing an extra year of study and research.
You might also wish to complete a postgraduate coursework program to concentrate further on an area of interest or to diversify your studies. The Faculty of Science offers a range of science-based postgraduate courses in a range of areas, at the graduate certificate, graduate diploma and master's levels.
About honours
Honours is a widely recognised and highly regarded additional year of undergraduate study available to you after you complete your undergraduate course. It’s a unique opportunity for you to explore your research potential and put the theory from your undergraduate studies into practice. An honours qualification is not only well regarded in academia, but also in industry where further, concentrated studies in a specialised area is highly sought after.
Depending on your interests and the availability of honours projects, you might wish to undertake honours in anatomy, biochemistry, biology (genetics), cell pathology, histology and embryology, immunology, infectious diseases, microbiology, pharmacology or physiology.
Other study options
It is possible for non-degree students to enrol in a unit of study (subject) offered in the Faculty of Science without being enrolled in an award course (degree). This provides a valuable opportunity for professionals to update their knowledge to enhance career pathways or for personal interest. Non-degree students pay full tuition fees, take the unit of study with award course students, and are assessed at the same level. Non-degree applicants meet the same prerequisites as students enrolled in an award course at the University of Sydney (or have completed equivalent units of study at another institution) to be able to enrol in any particular unit of study.
More information about non-degree study.
Units of study may also be undertaken cross-institutionally by students, subject to the approval of the Dean. Cross-institutional candidates are enrolled in an award course at another university and have approval from their home institution to complete a unit or units of study at Sydney, to be credited toward their degree.
More information about cross-institutional study.
Admission
Admission requirements
Admission to this course is on the basis of a secondary school leaving qualification such as the NSW Higher School Certificate (including national and international equivalents), tertiary study or an approved preparation program. English language requirements must be met (where these are not demonstrated) by sufficient qualifications taught in English. Special admission pathways are open for domestic mature aged applicants who do not possess a school leaving qualification, educationally disadvantaged applicants and for Aboriginal and Torres Strait Islander people. Applicants are ranked by merit and offers for available places are issued according to the ranking.
Assumed knowledge
Mathematics and Chemistry and either Physics or Biology
How to apply
Domestic students
How to apply
Applications for the University's undergraduate courses are made through the Universities Admission Centre (UAC). On-time applications for the March Semester close on the last working day of September.
Further requirements
There are no formal prerequisites for candidates wishing to enrol in the Bachelor of Medical Science. The degree is, however, taught on the assumption that candidates will have completed mathematics, chemistry, physics or biology.
International students
How to apply
Overseas applicants may apply:
(i) directly to the University's International Student Office using the online application form, or
(ii) through a University overseas representative (education agent), or
(iii) through the Universities Admissions Centre (UAC), for students applying on the basis of a current Australian Year 12 secondary school examination, or studying either an International Baccalaureate** in Australia or a New Zealand Certificate of Educational Achievement (NCEA) Level 3.
** All International Baccalaureate (IB) applicants seeking admission to the University of Sydney may now apply either directly to the International Student Office using the online application form or through UAC.
Fee disclaimer
Domestic students
Indicative Undergraduate Student Contribution Amount
This student contribution amount for a Commonwealth Supported Place is an indication only of the fees that are payable by you in the calendar year you commence your course, commencing in 2012 for a standard annual full time load of 48 credit points (1.0 EFTSL). The exact student contribution that you pay will depend on the specific units of study in which you ultimately enrol. If you are a Commonwealth supported student and was enrolled in a University course before 1 January 2011 your student contribution may differ.
For further information about how to calculate your specific total student contribution, please refer to the University's Future Student's online webpages at http://sydney.edu.au/future_students/domestic_undergraduate/costs/calculating_costs.shtml
Annual review
Importantly, student contribution amounts are subject to annual review by the University, and are likely to increase each year of your period of study (subject to a Commonwealth specified cap), effective at the start of each calendar year.
Additional incidental fees
For some courses there are incidental fees additional to the student contribution. Some of those fees are significant, for example, faculty-specific materials, tools, protected clothing, and equipment. For further information about these additional incidental fees, please visit the University's Future Student's online webpage at http://sydney.edu.au/future_students
Potential for inaccuracy
Whilst every reasonable effort has been made to include correct and up to date information here, you are also advised to consult directly with the Student Centre for domestic students or the International Office for international students so that they can provide you with specific and up to date information about those fees.
International students
Indicative international tuition fees for undergraduate students
This international tuition fee is an indication only of the fees that are payable by you in the calendar year you commence your course, commencing in 2012 for a standard annual full time load of 48 credit points (1.0 EFTSL). The exact tuition fees that you pay will depend on the specific units of study in which you ultimately enrol.
For further information about how to calculate your specific total tuition fees, please refer to the University's webpage at http://sydney.edu.au/future_students/international_undergraduate/costs_scholarships/index.shtml
Annual review
Importantly, tuition fees are subject to annual review, and are likely to increase each year of your period of study, effective at the start of each calendar year.
Additional incidental fees and health insurance
For some courses there are incidental fees additional to the tuition fees. Some of those fees are significant, for example, faculty-specific materials, tools, protected clothing, and equipment. For further information about these additional incidental fees, please visit the University's Future Student's online webpage at http://sydney.edu.au/future_students/international_undergraduate
In addition to the fees indicated here for the course of study, International Students studying on an Australian Student Visa must have appropriate health insurance for the duration of their studies on a Student Visa through an approved provider of the Overseas Student Health Cover (OSHC) scheme. This is a requirement of the Australian Government, unless otherwise exempted by the Government.
Potential for inaccuracy
Whilst every reasonable effort has been made to include correct and up to date information here, you are also advised to consult directly with the Student Centre for domestic students or the International Office for international students so that they can provide you with specific and up to date information about those fees.