2014 ScienceBiomed Copy

8/9/2019 2014 ScienceBiomed Copy

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2014Bachelor of

BiomedicineBachelor ofScience

BACHELOR OFAGRICULTURE

DIPLOMA INGENERAL STUDIES

BACHELOR OFORAL HEALTH

STUDIES IN: Engineering

Information Technology

Psychology


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ContentsDegrees of discovery 3

Biomedicine 4

Biomedicine majors 6

Biomedicine career outcomes 9

Science 10

Science majors 12

Science career outcomes 19

Agriculture 20

General Studies 22

Oral Health 24

Engineering 26

Psychology 28

Information Technology 30

Concurrent diplomas 31

Chancellors Scholars Program 32

Graduate study 33

Entry requirements 37

Admissions 39

Contact us Back cover

Times Higher EducationWorld University

Rankings 20122013

#28

in

theworld

#1in Australia

Our centres for scienticdevelopment Peter Doherty Institute for Infection and Immunity Named after

Melbourne scholar and Nobel Laureate Professor Peter Doherty, this

institute will offer boundless opportunities for ground-breaking researchonce completed in 2014.

Victorian Comprehensive Cancer Centre (VCCC) Bringing togetherAustralias best cancer research, teaching and treatment institutions, theVCCC will be a world-leading centre of cancer research and patient care.

Melbourne Brain Centre Home to over 700 of Australias leadingneuroscience researchers and teachers.

Victorian Life Sciences Computation Initiative (VLSCI) A $100 million initiative of the Victorian Government in partnership with theUniversity and the IBM Life Sciences Research Collaboratory, the VLSCI isthe biggest supercomputer facility devoted to life sciences in the world.

Bio21 Institute Embracing commercialisation as a facilitator ofinnovation, skills development and economic outcome, the Bio21Institute improves human health and the environment through

multidisciplinary research in medical, agricultural and environmentalbiotechnology.


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DEGREES FOR THE NEXTGENERATION OF SCIENTIFIC

LEADERSA world-class education fromAustralias number 1 universityQis yourticket to the brightest future. Pioneeringscientic teaching and research forover 150 years, we provide you witha stimulating learning environmentwhere you can join scientic leadersin the search for solutions and newdiscoveries.

Degrees in sciences

As a science student at Melbourneyou will learn how to apply scienticthinking and analysis to the issues

facing the world today. You could studyclimate change, drought, resourcemanagement and sustainability,or investigate the potential of newtechnologies and sciences such asbiotechnology, nanotechnology andinformatics.

Degrees in health sciences

Through a health sciences degree

you can learn how to respond topandemics or nd cures for diseases,and experience the world of research.Youll discover the fascinating way thehuman body works, analyse globalpatterns of disease, and become partof teams working to improve the healthand wellbeing of society.

Studies in engineering and IT

With a current worldwide shortage of

engineers and IT professionals and ademand for new kinds of jobs to tackletodays environmental and technologicalchallenges, graduates in these elds arein high demand. Studying engineering orIT through a science degree at Melbourneprepares you for a challenging andfullling career by giving you the idealcombination of technical, analytical andinterpersonal skills.

Degrees of discoveryThe University of Melbournes science and health science degrees provide the best

preparation for the challenges of healthcare delivery and scientic research.

Study at the

2nd-largestresearch institution

in Australia (after the CSIRO)

Our inspiring graduatesChoosing to study at Melbourne is your rst step towards an exciting careerof discovery. You'll join the ranks of thousands of inspiring scientic leaderswho began their journey at Melbourne. Among them are:

Professor Elizabeth Blackburn AC Awarded the 2009 Nobel Prize inPhysiology or Medicine; the rst Australian woman to win a Nobel Prize

Professor John Matthews AM Foundation Director of the MenziesSchool of Health Research

Dr Richard Gibbs Wofford Cain Professor, Department of Molecularand Human Genetics; and Director, Human Genome Sequencing Centre,Baylor College of Medicine

Q Times Higher Education World UniversityRankings 20122013


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4 coursesearch.unimelb.edu.au

A FOUNDATION FOR ADIVERSE RANGE OF CAREERS

The Bachelor of Biomedicine preparesyou for the challenges of healthcaredelivery and biomedical research. Atthe core of the degree is knowledgeof the normal structure and functionof the body and consideration of thedeterminants of disease.

Youll develop fundamental skills incritical thinking, problem solving,the analysis of evidence andcommunication.

WHAT DO I STUDY?

First year

You will study foundation subjects inbiology and chemistry, focusing onkey biomolecules, fundamentals ofcell biology, chemical processes ina biological context, basic genetics

and interactions between genes andenvironment that determine phenotype.You will also take subjects inexperimental design and data analysis,mathematics and physics.

Second year

Second year compulsory subjectsprovide foundation knowledge andinclude content from several biomedicalscience discipline areas.

Semester 1 focuses on molecular andcellular aspects of biomedicine, withtopics from biochemistry and molecularbiology, cell biology, genetics,microbiology and immunology, andcellular pathology.

Semester 2 focuses on integratedhuman structure and function, withtopics in gross anatomy, pharmacologyand physiology.

In both semesters you will also selectelective subjects in science andbiomedical science.

Third year

You will take two capstone subjects,which explore contemporary issues

in biomedicine and prepare you forprofessional practice.

CHOOSING YOUR MAJOR

A major is a group of subjects within aspecialised area of study. In the Bachelorof Biomedicine a major comprises foursubjects at third-year level in a particulardiscipline or subject area.

You can choose from 13 majors:

Biochemistry and Molecular Biology Bioengineering Systems

Biotechnology

Cell and Developmental Biology

Genetics

Health InformaticsE

Human Structure and Function

ImmunologyE

Microbiology and Immunology (withspecialisations in Microbiology orInfection and Immunity)E

Neuroscience

Pathology Pharmacology

Physiology.

See pages 68 for more information.

Bachelor ofBiomedicine

The Bachelor of Biomedicine offers 13 majors

across a range of biomedical disciplines. If you areinterested in entering the health profession the

Bachelor of Biomedicine is an ideal choice.

Duration

3 years full time

Part time availableQ

Fourth year honours available

Campus

Parkville

Entry

Semester 1

Contact hours (rst year)

Approximately 15 to 20 hoursper weekW

Q Part-t ime study is not available tomost international students due tovisa restrictions

W Based on full-time study load

QUICK FACTS

Entry requirementsSee page 37 for details

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MORE INFO

The

BiomedicineStudents Societyis one of the largestfaculty-based societiesat the University

bbiomed.unimelb.edu.au/clubs

E Subject to Academic Board approval
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Work out what

you enjoy

Initially I thought breadthwould be a waste of time, butI took a breadth subject inGenetics and Ethics and it wasgreat. I think its importantto get a broad education andhave time to work out whatyou enjoy doing.Bridget Bishop

Bachelor of Biomedicine

Major in Anatomy andPhysiologyDoctor of Medicine

Melbourne NationalScholarship

BREADTH: BROADENINGYOUR EMPLOYMENTPROSPECTS

Employers look for graduates who areadaptable and bring unique skills andknowledge to the workplace.

Through breadth, you will take subjects

from outside your core study area. Thisallows you to:

Develop your interests and discovernew opportunities

Pursue a skill or passion, such asmusic or law

Learn to look at issues from adifferent angle

Work with students from differentcourses and backgrounds just asyou would in the workplace.

Selecting your breadth subjects

Your breadth selection can be as broador targeted as you like. You can chooseto take a breadth track, which willhelp you select from the multitude ofbreadth subjects available. A breadthtrack is a set of three or more subjectsthat progressively develops knowledge

and skills relevant to a particular theme,topic or issue.

breadth.unimelb.edu.au/breadth

HONOURS

Honours is a fourth year of study thatdraws together the theory and practicalskills gained in your degree, andenables you to develop new researchand professional skills and gain in-depthknowledge in your particular interestarea. It comprises an individual research

project designed to extend yourknowledge and problem-solving skills,as well as classes and assignmentsat an advanced level. Honours is apathway to a research higher degree.

sc.mdhs.unimelb.edu.au/bh-bmed

Imagination + innovation =countless lives saved

Melbourne students Hon Weng Chong, Andrew Lin, Kim Ramchen and

Mahsa Salehi became national superstars when they won the Australiannals of the Microsoft Imagine Cup competition in 2012.

The prestigious competition requires student teams to devise projects thatwill help tackle some of the worlds toughest problems.

Our students developed the StethoCloud an intelligent, cloud-powered,mobile-hybrid stethoscope that is able to diagnose childhood pneumonia.The device could potentially save countless lives if implemented in thedeveloping world.

The team was awarded a $75 000 grant to continue evolving their projectinto a real-world business.

#1in Australia

#16 in the worldFor Clinical, Pre-Clinical and Health

Times Higher Education World University Rankings 20122013

Biomedicine
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Biomedicine majorsA major is a group of subjects within a particular study area.

Read more about the majors available in the Bachelor of Biomedicine

on the following pages.

BIOCHEMISTRY ANDMOLECULAR BIOLOGY

The knowledge and techniques ofbiochemistry and molecular biology areapplied in many biological elds andhave fuelled rapid advances in medicalresearch and biotechnology. TheBiochemistry and Molecular Biologymajor places emphasis on developinga foundation in practical skills requiredfor a career as a laboratory scientist.In addition, this major provides thespringboard for you to enter careersincluding agricultural and medicalsupport industries and education,and develops knowledge in key basicbiological processes as well as morespecialised areas of molecular science.This major is also available in theBachelor of Science.

BIOENGINEERING SYSTEMS

Biomedical engineers addresshealthcare problems from a uniqueperspective, blending an understandingof biomedical science with specialistknowledge of engineering techniquesand problem-solving skills. You willfocus on human systems, the designand operation of devices and processes,and the application of engineering skillsto new medical treatments, instrumentsand machines. Our biomedicalengineers and their students areworking on groundbreaking innovationssuch as the bionic eye, devices tocontrol epilepsy and more efcient drug

delivery systems. The BioengineeringSystems major is a pathway to furtherstudy in the Master of Engineering(Biomedical) or honours and PhDprograms for accredited professional orscientic research careers in biomedicalengineering.

For more information see page 26.

This major is also available in theBachelor of Science.

Sample course plan Bachelor of BiomedicineQ

Major in Bioengineering Systems

Year 1

Semester 1 Biomoleculesand Cells

Chemistry forBiomedicine

Calculus 2An EcologicalHistory ofHumanity

Semester 2Genes andEnvironment

EngineeringSystems

Design 2

Linear Algebra

Sport andEducationin Australian

Society

Year 2

Semester 1 Molecular and CellularBiomedicineEngineeringComputation

A History ofNature

Semester 2 Human Structure and FunctionEngineeringMathematics

Body, Mindand Medicine:A Dissection

Year 3

Semester 1Biomedicine:Molecule toMalady

Introduction toBiomechanics

Fundamentalsof BiosignalsW

AmericanPolitics

Semester 2 Frontiers inBiomedicine

BiocellularSystemsEngineering

BiosystemsDesign

Living Longer:A GlobalDiagnosis

Compulsory subjects Major subjects Elective subjects Breadth subjectsE

Q This is a sample course plan only. Subjects offered may change from year to year. You will be

advised of current subject offerings prior to subject selection and enrolment.W This is a quota-restricted subject

E This sample course plan includes six breadth subjects. One or two of these subjects can bereplaced by an elective within your discipline.

Biomedicine givesme options

The Bachelor of Biomedicinegives me lots of different optionsfor graduate study and myfuture career. The workload atuni doesnt seem like much of achange from high school, and Ireally like the way subjects aretaught here especially lectures,where you can download theslides in case you need tocatch up.Catherine Huang


Major in Human Structureand Function
http://coursesearch.unimelb.edu.au/http://coursesearch.unimelb.edu.au/



CELL AND DEVELOPMENTALBIOLOGY

The Cell and Developmental Biologymajor provides you with a broadunderstanding of the structure andfunctions of cells and the genetic,molecular and cellular basis ofdevelopment in a range of organismsand experimental models. It will giveyou an understanding of methodologiesused in cell and developmental biologyresearch and how this knowledge canbe applied as technologies to improvethe human condition.

Dramatic advances in this eld haveshed light on numerous disordersin plants and animals and providedtechnologies to solve signicantproblems. They also raise ethical issuesfor society, such as in vitro fertilisation(IVF), birth control, stem cell technology,reproductive/therapeutic cloning and

genetically manipulated foods/crops.This major is also available in theBachelor of Science.

GENETICS

The Genetics major integratesknowledge across the breadth ofgenetics, including an integratedpractical capstone subject in which youwill develop an understanding of theapplication of experimental analysis tosolving problems in biology.This major is also available in theBachelor of Science.

HEALTH INFORMATICSQ

Modern healthcare and medicalresearch are information-intensiveactivities. This major introducesyou to the interdisciplinary eld ofhealth and biomedical informatics,and the core principles and practicesof the expert health informatician.The major integrates biomedicalinformation technology and knowledgemanagement, the socio-economicchallenges of healthcare systemsand new methods of clinical andepidemiological research. In Australia

and internationally the demand isincreasing for people with specialisedknowledge and skills who can leadapplications of e-health for patient care

and disease management.

HUMAN STRUCTURE ANDFUNCTION

The Human Structure and Functionmajor explains how the human bodyworks, based on a deep understandingof the relationship between physiologyand anatomy. The subjects arestructured so that the anatomy(structure) and physiology (function) ofthe human body are taught in carefullyintegrated units that also introducerelevant elements from pathology,pharmacology and zoology. This majoris also available in the Bachelor ofScience.

IMMUNOLOGYQ

Immunology is the study of our immunesystem. Through this major, you willlearn how immunology can apply toa range of areas in the biomedicalsciences. The major opens up careers

in infectious diseases, diagnostics,molecular biology, biotechnology,vaccinology, biosafety and regulation,as well as providing a pathway tograduate research into infectiousagents, their genes, the underlyingmechanisms of infectious disease anddiseases associated with the immunesystem. It also provides a basis forfurther study in medicine and otherparamedical disciplines. This majoris also available in the Bachelor ofScience.

MICROBIOLOGY AND

IMMUNOLOGYQThis major combines the studyof infectious microbial agents,predominantly bacteria and viruses,with the study of immune response.It opens up careers in infectiousdisease, diagnostics, molecularbiology, biotechnology, vaccinology,antimicrobial chemotherapeutics,biosafety and regulation, as well asgraduate research into infectious agents,their genes, the mechanisms of diseaseand the immune system. It also providesa basis for further study in medicineand other paramedical disciplines. Thismajor is also available in the Bachelor ofScience.

I learned frompassionateresearchers

The lecturers and tutors areincredibly passionate aboutwhat they teach, and very

approachable. Alongsideteaching, many of them runamazing research programs.Throughout the degree wevelearned about importantbiomedical research that ourlecturers have been directlyinvolved in.

Ying Zhong


Biomedicinemajors

Q Subject to Academic Board approval

BIOTECHNOLOGY

Biotechnology is the use of biologicalknowledge to develop new processesand products for use in industry, health,agribusiness and other areas of humantechnology. Biotechnology advancescan be based on knowledge frombiological sciences, chemical sciences,physical sciences or engineering.

This major provides you withknowledge about how the products ofscientic research are commercialised,as well as training in a relevantdiscipline area. As such, the major is nottied to a particular discipline area but

will enable you to develop technologyfrom basic discipline knowledge in atleast one area of biomedical science.This major is also available in theBachelor of Science.


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NEUROSCIENCE

Neuroscience is one of the largest areasof study within the sphere of modernbiology. It is an area where Australianresearch has signicant internationalimpact. Students completing aNeuroscience major will understandthe fundamental organisation andfunctional principles of the nervoussystem from the biology of nerve cellsand neural circuits through to neural

systems and complex behaviours.You will gain an overview of modernneuroscience and how it interrelateswith aspects of molecular and cellbiology, physiology, psychology, andcognitive and information science.This major is also available in theBachelor of Science.

PATHOLOGY

A Pathology major integratesknowledge from a range of disciplines,from human biology to moleculargenetics. In this major you will developa broad and solid understanding of

disease from a molecular, cellular,tissue, functional, biochemical andimmunological perspective. You willbe able to complete sequences ofspecialist and integrated subjectsto develop your understanding ofapplications of current molecularand genetic methods to problems inpathological and medical practice.This major is also available in theBachelor of Science.

PHARMACOLOGY

Pharmacology is the study of theinteractions between drugs and livingsystems. Pharmacologists developnew drugs, determine how drugs actand utilise drugs to discover the innerworkings of cells. The discipline ofpharmacology stands at the intersectionof many areas of biomedicalscience. Graduates gain an in-depthunderstanding of drug actions and abroad appreciation of the scienticprocess of knowledge acquisition andproblem solving. This major is alsoavailable in the Bachelor of Science.

PHYSIOLOGY

The Physiology major teaches youhow the body works. You will learnhow cells, organs and the wholebody functions. You will examinedisturbances in whole-body systems,such as those relating to the endocrine,cardiovascular, musculoskeletal,developmental and neural controlsystems. The experimental bases ofphysiology are emphasised and youwill use contemporary techniquesto explore questions in physiology.Discoveries in physiology have abroad effect on health and medicine,environmental science, industry,

nutrition, exercise and reproductivebiology. Many of the discoveries fromthe human genome project rely onphysiology to understand their effecton the human body. This major is alsoavailable in the Bachelor of Science.


Major in Pharmacology

Year 1

Semester 1 Biomoleculesand CellsChemistry forBiomedicine Mathematics

Food for aHealthy Planet

Semester 2 Genes andEnvironment PhysicsExperimentalDesign andData Analysis

From Plato toEinstein

Year 2

Semester 1 Molecular and CellularBiomedicine

BiochemicalRegulation ofCell Function

Managingand LeadingOrganisations

Semester 2 Human Structure and FunctionPharmacology:How DrugsWork

Astronomy inWorld History

Year 3


Drugs: FromDiscovery toMarket

Drugs inBiomedicalExperiments

The Riseof ModernScience


DrugsAffectingthe NervousSystem

Drug Treatmentof Disease

Managing theMultinational

Compulsory subjects Major subjects Elective subjects Breadth subjectsW

Q This is a sample course plan only. Subjects offered may change from year to year. You will beadvised of current subject offerings prior to subject selection and enrolment.

W This sample course plan includes six breadth subjects. One or two of these subjects can bereplaced by an elective within your discipline.


Major in Neuroscience

Year 1

Semester 1Biomoleculesand Cells

Chemistry forBiomedicine Mathematics

ContestingAustralia

Semester 2Genes andEnvironment Physics

ExperimentalDesign andData Analysis

Controversiesin AustralianHistory

Year 2

Semester 1Molecular and CellularBiomedicine

BiologicalPsychology

Genetics,Health andSociety

Semester 2 Human Structure and FunctionCognitive

Psychology

Australia Now

Year 3


Principles ofNeuroscience

Neuro-physiology:Neurons andCircuits

Global Health,Security andSustainability


Sensation,Movementand ComplexFunctions

DevelopmentalNeuro-physiology

Democracy,Terrorism andViolence

Compulsory subjects Major subjects Elective subjects Breadth subjectsW

Making discoveries inmuscle physiology

During my honours year I havebeen supervised by a numberof researchers who have reallyshaped my project and helped metackle challenges that have arisen.I have really enjoyed my time atthe University of Melbourne.Hugh Buzacott

Bachelor of Biomedicine(Honours)



A CAREER IN THEBIOSCIENCESQ

Career opportunities available toBiomedicine graduates include:

Biochemistry and molecularbiology Medical research,biotechnology, agricultural and

medical support industries, education Bioengineering systems

Clinical engineering, research anddevelopment of medical technology

Biotechnology Food technicianroles, forensic science, humantechnology, agribusiness

Cell and developmental biologyDiagnostic laboratories, governmentagencies, medico-legal industry

Genetics Conservation, geneticcounselling, teaching, forensicscience, publishing

Health informaticsW E-health

project manager, hospital IT systemarchitect, biomedical researchinformatician, health data analyst,health informatician, healthinformation architect

Human structure and functionResearch in hospitals and universities,scientic journalism, pharmaceuticalconsultancy, teaching

ImmunologyW Infectiousdiseases, diagnostics, molecularbiology, biotechnology, vaccinology,biosafety and regulation

Microbiology and immunologyW

Infectious disease, diagnostics,molecular biology, biotechnology,vaccinology, antimicrobialchemotherapeutics, biosafety andregulation

Neuroscience Drug development,neuropsychology, audiology,neurochemistry, brain imaging

Pathology Pharmaceuticals,military, consulting in biomedical andbiotechnology industries, research

Pharmacology Drug developmentand testing, clinical trials,Alzheimers and AIDS research,sales, marine pharmacology

Physiology CSIRO research,sports science, biomedicaltechnician roles, medical-scientic communication, cardiac

rehabilitation.

A CAREER IN THE HEALTHSCIENCES

Many Biomedicine graduates undertakegraduate study leading to professionalcareers in the health sciences, such as:

Clinical audiology

Dental surgery

Medicine

Nursing science

Optometry

Physiotherapy

Social work

Speech pathology.

A CAREER IN BIOMEDICALRESEARCH

You could pursue a career in biomedicalresearch by undertaking a researchhigher degree (masters or PhD).

A CAREER IN ARELATED AREAQ

The Bachelor of Biomedicine can alsolead to a career in a related area,

such as: Applied commerce

Biomedical engineering

Commercialisation of new inventions

Journalism

Law

Public service

Science communication

Teaching.

Now Im certainabout my careerpath

I began my Bachelorof Biomedicine withaspirations of studyinggraduate Medicine. However,throughout the course I keptan open mind and exploredvarious avenues. In the end Istill wanted to study Medicine,so my undergraduate degreenot only provided me with aperfect stepping stone butalso cleared any doubt aboutwhat I wanted to study next.Gayan KathriachchigeBachelor of Biomedicine

Major in Human Structure andFunction

Doctor of Medicine

Biomedicinecareer outcomes

The Bachelor of Biomedicine leads to a huge range of

career options. You will gain in-depth knowledge andtechnical skills that will prepare you for an exciting career

of discovery in biomedicine or other related areas.

Q Some careers will require further study at graduate level

W Subject to Academic Board approval

#9in the world forgraduate

employabilityQS World UniversityRankings 2012

Biomedicine

careeroutcomes


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THE FIRST STEP TOWARDSYOUR DREAM CAREER

The Bachelor of Science spans thesciences, health sciences, technologyand engineering systems. You cantailor your studies to suit your individualstrengths and career goals.

The Bachelor of Science is the rststep towards a career in professionalscience, engineering, veterinary scienceor health practice, which can bepursued through further study.

WHAT DO I STUDY?

First year

Many of the rst-year subject areaswill be familiar to you from secondaryschool, yet there are also many newdisciplines to investigate. First-yearpackages will help you select sensiblecombinations of subjects to maintain

greater course exibility and choice.Second year

As you move into your second yearyou will begin to specialise, though inmost cases you are still able to keepyour options open for two major areasof study. This allows you to furtherinvestigate and explore diverse areas ofscience, engineering and technologybefore deciding on your major.

Third year

In third year you will participate in apractical capstone experience. This will

allow you to apply your knowledge andskills in a research or practical context.

CHOOSING YOUR MAJOR

A major is a group of subjects within aspecialised area of study. As a Bachelorof Science student you must completea science major a program of studydeveloped across rst, second andthird-year-level subjects, culminatingin the major (50 points, usually foursubjects) at third-year level.

The Bachelor of Science offers 37majors across the following areas:

Behavioural Sciences psychology (leading to professionalaccreditation)

Chemical Sciences biochemistryand molecular biology, chemistry,food science, pharmacology

Earth Sciences atmosphere andocean sciences, forest science,Rgeology

Environmental Sciences ecology and evolutionary biology,environmental science, geography

Engineering Systems bioengineering systems, chemicalsystems, civil systems, computingand software systems, electricalsystems, mechanical systems

Information Technology computing and software systems,

geomatics, informatics Life Sciences agricultural

science, animal health and disease(including the veterinary biosciencespecialisation, the shortestpathway to the Doctor of VeterinaryMedicine), animal science andmanagement, biochemistry andmolecular biology, biotechnology,cell and developmental biology,forest science,Rgenetics,human structure and function,immunology,Rmarine biology,microbiology and immunology,R

neuroscience, pathology,

pharmacology, physiology, plantscience, zoology

Mathematical and StatisticalSciences mathematical physics,mathematics and statistics

Physical Sciences atmosphere andocean sciences, chemistry, geology,mathematical physics, physics.

See pages 1218 for more information.

Duration

3 years full time



Campus

Parkville

Entry

Semester 1 or 2W


Approximately 20 hours per week(plus independent study time ofaround 20 hours per week)E

Q Part-t ime study is not available tomost international students due tovisa restrictions

W For students commencing in

Semester 2, some majors might take3.5 years to complete

E Based on full-time study load

QUICK FACTS

MORE INFO

Bachelor of ScienceThe Bachelor of Science provides an enormous

range of study options, graduate pathways and

career outcomes, and the opportunity to tailor

your degree to suit your interests and goals.

The inventor of

Cyril Callister, studied

Chemistry at the University

37majors tochoose fromR Subject to Academic Board approval
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Exploring all myoptions

When I came to MelbourneI was pretty sure I knew whatI wanted to do in the future,but I found out that there are

so many different kinds ofsubjects and elds to choosefrom. My studies have helpedme to explore all my options,so I can choose a career pathin something that I am reallypassionate about.Tamara Dissanayake

Sri Lanka

Bachelor of Science

CHOOSING COMPLEMENTARYSUBJECTS

To get the best out of your sciencedegree and prepare for a career inscience you should consider subjectsthat will complement your majorstudies. For example, combiningmathematics with earth sciences willenable you to apply analytical skills tocomplex models. This will increase therange of graduate study and careeroptions available to you.

BREADTH: BROADENINGYOUR EMPLOYMENTPROSPECTS

Employers look for graduates who areadaptable and bring unique skills andknowledge to the workplace.

Through breadth, you can take subjectsfrom outside your core study area. Thisallows you to:

Develop your interests and discovernew opportunities

Pursue a skill or passion, such asmusic or law

Learn to look at issues from adifferent angle

Work with students from differentcourses and backgrounds just asyou would in the workplace.

For example, you may choose toexplore the historical backgroundand evolution of scientic conceptsin disciplines such as history andphilosophy of science, history oranthropology. Alternatively, you maylook at science in the context of politicalscience, law, education, criminology oreconomics. You may also pursue otherinterests via breadth studies, such asmusic or languages.

You must complete a minimum of foursubjects of breadth, with another twosubjects of your choice that is, youcan choose breadth or core subjects,giving you greater exibility.

Selecting your breadth subjects

Your breadth selection can be as broador targeted as you like. You can chooseto take a breadth track, which willhelp you select from the multitude ofbreadth subjects available. A breadthtrack is a set of three or more subjectsthat progressively develops knowledge

and skills relevant to a particular theme,topic or issue.

breadth.unimelb.edu.au/breadth

HONOURS

Whether you plan to pursue a careerin business, research, governmentor communications, honours is anopportunity to complement and expandan undergraduate science degreethrough an additional year of study.

Honours is offered in many sciencedisciplines. Alternative pathways with

research training are also offeredthrough the Master of Science orMaster of Engineering.

bsc.unimelb.edu.au/honours

Our Science Matters

bloggets 2500visitors every month

sciencematters.unimelb.edu.au

Science
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Science majorsA major is a group of subjects within a particular

study area. Read more about the majors available

in the Bachelor of Science on the following pages.

AGRICULTURAL SCIENCE

Agricultural Science encompasses thescience and management of systemsfor the sustainable production of foodand bre. With biology, chemistry,and mathematics and statisticsunderpinning this major, you will learnabout agricultural systems analysis,

plant health and the production andmanagement of crops, livestock andgrazing systems.

You can also study this disciplinethrough the Bachelor of Agriculture. Formore information, see page 20.

ANIMAL HEALTH AND DISEASE

This major leads to careers in areassuch as veterinary or animal scienceand research, animal productionindustries, disease surveillance andbiosecurity, and animal welfare. Aftersecond year you may apply for entry to

the Veterinary Bioscience specialisation(prerequisite for entry into the Doctorof Veterinary Medicine). Alternativelyyou can undertake the Animal DiseaseBiotechnology specialisation (animalhealth, behaviour and management anddisease surveillance).

ANIMAL SCIENCE ANDMANAGEMENT

This major brings together studiesin animal nutrition, growth anddevelopment, behaviour and welfare,genetics and breeding, health,

livestock science and reproduction,and biotechnology. You will develop anunderstanding of domestic and captiveanimal biology, as well as the care,management and use of animals as aresource for food, bre, recreation andcompanionship.

ATMOSPHERE AND OCEANSCIENCES

This major explores how the Earthsatmosphere, oceans and land surfacesinuence changes in our environment.You will learn about climate modellingand prediction, the role of principal

wind and ocean current systems, andhow these interact with the land surfaceto inuence weather, climate and theenvironment.

Sample course plan Bachelor of ScienceQ

Major in Animal Science and Management

This course plan includes a sample breadth track in Sociology.

Year 1

Semester 1Biology of Cellsand Organisms Chemistry 1

The GlobalEnvironment

UnderstandingSociety

Semester 2Genetics andthe Evolution

of Life

Chemistry 2UnderstandingPlanet Earth Law in Society

Year 2

Semester 1ComparativeNutrition andDigestion

AnimalStructure andFunction

Principles ofGenetics

Sociology ofthe Body

Semester 2 Applied AnimalPhysiology

ComparativeAnimalPhysiology

Ecology Sociology ofYouth

Year 3

Semester 1LivestockProductionSystems

Applied AnimalBehaviour

Applied AnimalReproductionand Genetics

Living in a RiskSociety

Semester 2AnimalSystemsAnalysis

Ecology andManagementof GrazingSystems

AppliedEcology

SchoolExperience asBreadth

Subjects leading to the major Major subjects

Other science subjects to complement the major Breadth subjectsW


Major in Atmosphere and Ocean Sciences

This course plan includes a sample breadth track in Feeding the Worlds Population.

Year 1

Semester 1The GlobalEnvironment Calculus 2

E Chemistry 1Food for aHealthy Planet

Semester 2 UnderstandingPlanet Earth

Linear Algebra Chemistry 2Introductionto ClimateChange

Year 2

Semester 1Weatherand ClimateSystems

Real Analysis

EarthComposition,Minerals andMagmas

ClimateChange II

Semester 2

Atmospheric

EnvironmentProcesses

VectorCalculus

DangerousEarth

Food for a

HealthyPlanet II

Year 3

Semester 1

DynamicalMeteorologyandOceanography

GlobalClimates ofthe Past

Hydrogeology/EnvironmentalGeochemistry

Food for aHealthyPlanet III

Semester 2AtmosphereOceanInteraction

Modern andFuture Climate

ScienceResearchProject

Food andWater: GlobalIssues LocalImpacts




W This sample course plan includes six breadth subjects. One or two of these subjects can be taken

as an elective within your discipline.

E Students who have a study score of 25 or higher in Mathematical Models 3 and 4, but did notachieve 27 or higher in Specialist Mathematics, take Calculus 1 before proceeding to Calculus 2and Linear Algebra.



BIOCHEMISTRY ANDMOLECULAR BIOLOGY

This major is also available in theBachelor of Biomedicine. Please refer topage 6 for a description.

BIOENGINEERING SYSTEMSE


BIOTECHNOLOGYBiotechnology is the use of biologicalknowledge to develop new processesand products for use in industry, health,agribusiness and other areas of humantechnology. Biotechnology advancescan be based on knowledge frombiological sciences, chemical sciences,physical sciences and engineering.

You can tailor your Biotechnologymajor to suit your needs, and buildon your other science studies. Forexample, agricultural biotechnology willnormally involve some core crop and

food technology subjects. Molecularbiotechnology will usually involvesome core molecular biology subjects.Chemical biotechnology will includesome core chemistry subjects togetherwith studies in biological science.

This major is also available in theBachelor of Biomedicine.

CELL AND DEVELOPMENTALBIOLOGY


CHEMICAL SYSTEMSE

Chemical engineers invent, design andimplement processes through whichraw materials undergo chemical orphysical changes and are convertedinto valuable products that we use ineveryday life. Our chemical engineersand their students are working onimportant projects such as clean energybiofuels and targeted drug deliveryfor cancer treatment. The ChemicalSystems major provides you with a solidinsight into the processes and changesinvolved, and leads to the Master ofEngineering (Chemical or Biomolecular).


CHEMISTRY

This major allows you to view theworld from a molecular perspectiveand solve complex problems that spanthe breadth of chemistry and othersciences. Knowledge is drawn fromthe areas of molecular design andsynthesis, analysis and spectroscopicidentication of chemical species,quantum chemistry, moleculardynamics, chemical kinetics and

thermodynamics.

CIVIL SYSTEMSE

Civil engineering involves the planning,design and construction of the builtenvironment and the provision ofessential services and infrastructure.Transport systems, water supplies,drainage systems, ports andharbours are all examples of essentialservices where civil engineers arevital in providing the most effectiveway of interacting with the naturalenvironment. This major leads to theMaster of Engineering (Civil, Structuralor Environmental).


This major is also available in theBachelor of Environments.


Major in Biotechnology (Agri-food Biotechnology)

This course plan includes a sample breadth track in Wine and Food.

Year 1

Semester 1 Chemistry 1Biology ofCells andOrganisms

NaturalEnvironments

Food for aHealthy Planet

Semester 2 Chemistry 2Genetics andthe Evolutionof Life

Data Analysis 1 Australia in theWine World

Year 2

Semester 1

FoodChemistry,

Biology andNutrition

Green Planet:Plants and the

Environment

Fundamentals

in Cell Biology

Genetics,Health and

Society

Semester 2Biochemistry& MolecularBiology

Genes andGenomes Biotechnology

Food for aHealthyPlanet II

Year 3

Semester 1Methodsin AgrifoodBiotechnology

Trends andIssues inAgrifoodBiotechnology

Biotechnologyin Practice

Food for aHealthyPlanet III

Semester 2FunctionalFoods andNutrition

Plant MolecularBiology andBiotechnology


Wines of theWorld



Q This is a sample course plan only. Subjects offered may change from year to year. You will be

advised of current subject offerings prior to subject selection and enrolment.W This sample course plan includes six breadth subjects. One or two of these subjects can be taken

as an elective within your discipline.

Im part ofsomething big

When I was accepted intothe Bachelor of Science I feltso excited to embark on anew journey and be part ofsomething big. My dream isto contribute to meeting the

population boom throughsustainable infrastructure andconstruction.Kimi Pellosis

Bachelor of Science

Major in Civil Systems

Kwong Lee Dow Young Scholar

You can nd a

complete

Moaskeletonat the Universitys

Tiegs ZoologyMuseum

Sciencemajors
http://coursesearch.unimelb.edu.au/http://coursesearch.unimelb.edu.au/http://coursesearch.unimelb.edu.au/


14/40


COMPUTING AND SOFTWARESYSTEMSE

The Computing and Software Systemsmajor draws on technologies andpractices from computer science,engineering and project managementto provide you with the knowledgeand skills to enter a career in thesoftware industry. This major isdesigned for students who wishto develop considerable technicalexpertise, including experience witha variety of programming languages,an understanding of the systematicprocesses underpinning the softwaredevelopment lifecycle, and anappreciation of advanced topics incomputing.

This major is a pathway to a range ofgraduate courses, including the Masterof Engineering (Software).


ECOLOGY ANDEVOLUTIONARY BIOLOGY

This major will provide you withknowledge from various disciplinessuch as genetics, organismal biologyand ecosystem science. You willdevelop skills in the surveying,experimentation and modelling ofecological and evolutionary processes,and discover how evolutionary ecologycan be applied to solve currentproblems in evolution, ecology andbiodiversity.


Major in Computing and Software Systems

This course plan includes a sample breadth track in Economics and Finance.

Year 1

Semester 1 Foundations ofComputing Calculus 2

R Physics 1 Finance 1

Semester 2Foundations of

Algorithms

Linear Algebra

Physics 2:Physical

Science andTechnology

Quantitative

Methods 1

Year 2

Semester 1Design ofAlgorithms

EngineeringMechanics

EngineeringMathematics

BusinessFinance

Semester 2 DatabaseSystems

ObjectOrientedSoftwareDevelopment

Foundationsof ElectricalNetworks

QuantitativeMethods 2

Year 3

Semester 1SoftwareModelling &Design

ArticialIntelligence

Mechanics andMaterials Investments

Semester 2 IT Projec tDeclarativeProgramming

KnowledgeTechnologies

CorporateFinance




Major in Ecology and Evolutionary Biology

This course plan includes sample breadth tracks in Music Compositionand Music Language.

Year 1

Semester 1 Biology of Cellsand Organisms

Chemistry 1 Calculus 2R

MusicLanguage 1:The DiatonicWorld

Semester 2Genetics andthe Evolutionof Life

Chemistry 2Biology ofAustralian Floraand Fauna

CompositionStudies

Year 2

Semester 1Plants and theEnvironment


AustralianWildlife Biology

MusicLanguage 2:Chromaticismand Beyond

Semester 2 Ecology PlantBiodiversity

ComparativeAnimalPhysiology

Medieval andEarly ModernMusic

Year 3

Semester 1 Field BotanyEcology inChangingEnvironments

EnvironmentalRiskAssessment

DiscoveringMusic

Semester 2 AppliedEcology

VegetationManagementandConservation

Field Biologyof AustralianWildlife

ShakuhachiEnsemble 2




W This sample course plan includes six breadth subjects. One or two of these subjects can be takenas an elective within your discipline.

E Graduates who complete this major will be eligible for entry to a professional Master ofEngineering, subject to meeting grade requirements.

R Students who have a study score of 25 or higher in Mathematical Models 3 and 4, but did notachieve 27 or higher in Specialist Mathematics, take Calculus 1 before proceeding to Calculus 2and Linear Algebra.

#1in Australia#26in the worldFor Physical Sciences

Times Higher Education World UniversityRankings 20122013



ELECTRICAL SYSTEMSE

Electrical engineering involvesdesigning and building electrical andelectronic devices on all scales, fromnanoelectronics to statewide powergrids. Electrical engineers also designelectrical systems for high-technologyapplications such as spacecraft and

satellites. This major leads to the Masterof Engineering (Electrical) as well as theMaster of Engineering (Mechatronics).


ENVIRONMENTAL SCIENCE

This major helps you to developknowledge from a range of disciplines,from biology and earth science throughto chemistry. You will gain skills inrisk assessment and environmentalmonitoring, which are crucial tolaboratory research, in consulting rolesand in environmental management.


FOOD SCIENCE

The processed food and beveragesindustry is Australias largest

manufacturing industryR. Food Scienceintroduces you to new ways to improve,preserve, process, package, store anddeliver food products. Career outcomesin this booming industry includeresearch and product development,food safety and regulation, nutritionassessment and quality assurance.

FOREST SCIENCET

This major combines the study ofbiological processes with the scienceof growing and managing forests andforest products. It will enable you toexplore study areas from biology, earthsciences and landscape management toresource economics and GIS. You willdevelop a big picture understanding offorest ecosystems, and you will be ableapply your knowledge of forest ecologyto address the impact of climate changeon forest systems and the goods and

services forests provide.


Major in Electrical Systems

This course plan includes a sample breadth track in Spanish.

Year 1

Semester 1EngineeringSystemsDesign 1

Calculus 2 Physics 1 Spanish 1

Semester 2

Engineering

SystemsDesign 2

Linear Algebra

Physics 2:

PhysicalScience andTechnology

Spanish 2

Year 2

Semester 1 EngineeringComputationEngineeringMathematics

Probability forStatistics Spanish 3

Semester 2Foundationsof ElectricalNetworks

EngineeringMechanics

Discrete Mathsand OperationsResearch

Europe:Narrating theNation

Year 3

Semester 1

ElectricalNetworkAnalysis andDesign

Digital SystemDesign

ComplexAnalysis

HispanicCulturalStudies

Semester 2ElectricalDeviceModelling

Signals andSystems

StochasticModelling

Business inthe GlobalEconomy






R Australian Food Stati stics 201011, Department of Agriculture, Fisheries and Forestry

T Subject to Academic Board approval

Theres a

weather stationon the roof of the McCoyBuilding that monitorsthe local weather

Sciencemajors

GENETICS

As a foundation for studies inbiology, a Genetics major includes

studies in molecular genetics, humangenetics, evolutionary genetics andgenomics, which can be appliedto all areas of biology, biomedicalsciences, biotechnology, ecology andconservation. Youll also develop skillsin experiment design, data recordingand analysis, and scientic writing.

This major is also available in theBachelor of Biomedicine.


16/40


GEOGRAPHY

The major in Geography provides youwith the opportunity to study howthe world works. Your understandingof geomorphology, uvial dynamics,climate change, coastal processes,biodiversity and palaeo-ecology willequip you with knowledge and skillsto conserve landscapes and contributeto the development of sustainableenvironmental practices.

This major is also available in theBachelor of Arts.

GEOLOGY

Geology concerns the solid Earth, inparticular the rocks and their constituentminerals and fossils. Through eld-based and classroom activities you willlearn how to interpret the world aroundyou and unlock the secrets of Earthsamazing history. A major in Geologywill provide you with the opportunity toexplore a range of careers in teaching,research, environmental assessment and

remediation, the minerals and petroleumindustries or government agencies.

GEOMATICSE

Geomatic engineering is the studyof the science and technology of3D measurement, mapping andvisualisation. Geomatics is about spatialinformation capturing, analysing,managing and presenting it. Geomaticslies behind storm predictions, searchand rescue efforts, Google Earth, GPSand 3D computer visualisations. Ourgeomatics experts and their studentsare working on major projects such

as the prediction of and response tonatural disasters and the improvementof location-based navigation systems.Geomatics is one of the fastestgrowing IT industries in the worldtoday. This major leads to the Master ofEngineering (Geomatics).

For more information see pages 26and 30.


HUMAN STRUCTURE ANDFUNCTION

This major is also available in theBachelor of Biomedicine. Please refer topage 7 for a description of this major.

IMMUNOLOGYR


Keeping myoptions open

One of the best things aboutthe Bachelor of Science is itsexibility. Im using it to the max bytaking economics and marketingsubjects as breadth, majoring inGeology, and taking the prerequisite

subjects for Medicine to keep myoptions open. My lecturers arevery passionate, welcoming andhelpful.Scott Ooi

Malaysia

Bachelor of Science

Major in Geology


Major in Geography

This course plan includes a sample breadth track in Creative Writing.

Year 1

Semester 1 Famine in theModern WorldMappingEnvironments


CreativeWriting: Ideasand Practice

Semester 2 NaturalEnvironments

Biology ofAustralianFlora and Fauna

UnderstandingPlanet Earth

Law in Society

Year 2

Semester 1UnderstandingGlobalLandforms

Applicationsof GIS

Blue Planet:Intro to MarineEnvironments

Poetry

Semester 2Landscapesand Diversity

EnvironmentalChange FieldClass

Ecology Short Fiction

Year 3

Semester 1 GeographicalThought

Global ClimateChange inContext

CoastalLandforms andProcesses

Writing forTheatre

Semester 2 FluvialGeomorphology The DisasterResilient City AppliedEcology Writing forScreen




W This sample course plan includes six breadth studies subjects. One or two of these subjects canbe taken as an elective within your discipline.


R Subject to Academic Board approval

researchersare working at theUniversityand afliatedinstitutes to uncoversome of the

great scienticmysteries

2000+

INFORMATICS

Informatics is about using computers towork with digital information. It is thestudy of tools and technologies to solveproblems in all types of settings, such asnance, economics, journalism, biology,health, engineering and communication.In this major you will design websites,build web applications with a simpleand powerful programming language,and work with sophisticated graphics-processing packages to solve practicalinformation-based problems.

This major is a pathway to a range ofgraduate courses, including the Masterof Information Systems.





Major in Marine Biology

This course plan includes a sample breadth track in Ethics and Political Philosophy.

Year 1



Philosophy: TheBig Questions


Chemistry 2UnderstandingPlanet Earth

Philosophy:The GreatThinkers

Year 2

Semester 1Blue Planet:Intro to MarineEnvironments

Chemistry:Reactions andSynthesis


CriticalReasoning

Semester 2 EcologyEnvironmentalChemistry

EnvironmentalChange FieldClass

Matters of Lifeand Death

Year 3

Semester 1ExperimentalMarine Biology

MarineEcosystems:Ecology andManagement

Ecology inChangingEnvironments

SocialPhilosophy:Ethics and War

Semester 2 Marine BotanyAnalytical andEnvironmentalChemistry

AppliedEcology

Objectivity andValue




Major in Mathematics and Statistics (Pure Mathematics specialisation)

This course plan includes a sample breadth track in Finance and Accounting.

Year 1

Semester 1 Calculus 2R Physics 1Foundations ofComputing

AccountingReports andAnalysis

Semester 2 L inear Algebra

Physics 2:PhysicalScience andTechnology

Foundations ofAlgorithms Finance 1

Year 2

Semester 1 Vector Calculus Real Analysis Design ofAlgorithms

OrganisationalBehaviour

Semester 2Group Theoryand LinearAlgebra

ObjectOrientedSoftwareDevelopment

DatabaseSystems

BusinessFinance

Year 3

Semester 1 Algebra ComplexAnalysis Graph Theory Ethics inFinance

Semester 2 GeometryMetric andHilbert Spaces

DiscreteMathematics

Organisations,Ethics andSociety






R Students who have a study score of 25 or higher in Mathematical Models 3 and 4, but did not

achieve 27 or higher in Specialist Mathematics, take Calculus 1 before proceeding to Calculus 2and Linear Algebra.

Id love to study absolutely everything!

The University has a magnicent reputation and it was always mynumber one choice. One key factor in my course decision was that theBachelor of Science did not require me to decide exactly what I wouldstudy for my entire degree straight away. The exibility is perfect forsomeone like me who, quite simply, would love to study absolutelyeverything!Innes Bigaran

Bachelor of ScienceMajor in Physics

Diploma in Mathematical Sciences

Kwong Lee Dow Young Scholar

MARINE BIOLOGY

You will gain specialised knowledge andexperience in marine biological systemsas well as a strong understanding ofthe application of ecological principlesand environmental managementstrategies. Breadth of knowledge isdeveloped across a range of disciplines,from biological sciences such asbotany and zoology to the physicalsciences of chemistry, geography and

oceanography.

MATHEMATICAL PHYSICS

From black holes, thermodynamics,electricity and magnetism to acousticsand aerodynamics, mathematicalphysics has helped answer many ofthe big questions about our world.Inspired by physics and incorporatingmathematical methods and rigour, thismajor combines knowledge principallyfrom physics and mathematics toprovide you with the necessary toolsto gain a deep understanding of thephysical world.

MATHEMATICS ANDSTATISTICS

The Mathematics and Statistics majorprovides you with deep knowledgein pure mathematics, appliedmathematics, operations research/discrete mathematics or statistics/stochastic processes. These arepowerful tools for understandingscience, the world of economicsand nance, and the study of humanbehaviour in psychology, linguistics andthe social sciences.

MECHANICAL SYSTEMSE

Mechanical engineering involvesunderstanding the design, construction,operation and maintenance ofmachines in fact, practically anythingwith moving parts. Mechanicalengineers focus on turning energyinto power and motion. They developand design new products such asmobile phones, gaming consoles,computers, cars and aircraft, as wellas products that generate energy orcontrol pollution. This major leads to theMaster of Engineering (Mechanical or

Mechatronics).For more information see page 26.

Sciencemajors


18/40


MICROBIOLOGY ANDIMMUNOLOGYR


NEUROSCIENCE


PATHOLOGYThis major is also available in theBachelor of Biomedicine. Please refer topage 8 for a description.

PHARMACOLOGY


PHYSICS

This major focuses on the study ofnature at its most fundamental level tohelp you understand the big questions.

You will learn about matter and energy,as well as their interactions, which occuron all scales from the particles insidethe atomic nucleus to the forces thatgive rise to the structure of the universe.

PHYSIOLOGY


PLANT SCIENCE

Plant Science is the study ofmacroscopic and microscopic land,marine and freshwater plants. Plantsare the primary producer organisms ofthe worlds ecosystem upon which allother life is dependent. You will gaina comprehensive knowledge of plantbiology, from cells and molecules toevolution and the environment.

PSYCHOLOGY

This major helps develop basicknowledge of psychological conceptsand theories in the areas of biologicalbases of behaviour, cognitivepsychology, developmental psychology,sensation and perception, and social

psychology, while developing skills inresearch methodology and data analysis.

Psychology is also available as amajor in the Bachelor of Arts and as asequence in the Bachelor of Commerce.


ZOOLOGY

This major will introduce you to thecomplexities of animal systems byintegrating knowledge from the biologyof cells with the behaviour of wholeorganisms. You will take a sequence ofspecialist subjects as well as integratedsubjects from a wide range of biologicaldisciplines. Practical experience inzoological research provides you withvaluable skills for the workplace.


Major in Physics (Chemical Physics specialisation)

This course plan includes a sample breadth track in Understanding Nature andUnderstanding the Development of Science.

Year 1

Semester 1 Calculus 2E Physics 1EngineeringSystemsDesign 1

An EcologicalHistory ofHumanity

Semester 2 Linear Algebra

Physics 2:PhysicalScience andTechnology

EngineeringSystemsDesign 2

From Plato toEinstein

Year 2

Semester 1QuantumMechanicsand SpecialRelativity

Thermal andClassicalPhysics

Real AnalysisAstronomy inWorld History

Semester 2Electro-magnetismand Optics

VectorCalculus

Group Theoryand LinearAlgebra

Darwinism:history of avery big idea

Year 3

Semester 1 QuantumPhysics

Electro-dynamics

AdvancedPracticalChemistry

The Riseof ModernScience:15001750

Semester 2SpecialisedTopics inChemistry B

StatisticalPhysics

LaboratoryWork A

Anthropologyof Nature




Major in Plant Science

This course plan includes a sample breadth track in Communication and Evidence.

Year 1



CreativeWriting: Ideasand Practice


Chemistry 2 UnderstandingPlanet Earth

CriticalThinking withData

Year 2

Semester 1Green Planet:Plants and theEnvironment

Fundamentalsof Cell Biology

Flora ofVictoria

Poetry

Semester 2PlantBiodiversity

Biochemistryand Molecular

Biology

EcologyCommunicatingScience and

Technology

Year 3

Semester 1 Plant EvolutionEnvironmentalPlantPhysiology

Conceptsin Cell andDevelopmentalBiology

Genre Fiction/Popular Fiction

Semester 2Plant MolecularBiology andBiotechnology


AppliedEcology

Media Futuresand NewTechnologies





E Students who have a study score of 25 or higher in Mathematical Models 3 and 4, but did notachieve 27 or higher in Specialist Mathematics, take Calculus 1 before proceeding to Calculus 2and Linear Algebra.

R Subject to Academic Board approval

Love science?Then you should Like Science atMelbourne on Facebook

facebook.com/science.melbourne
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Science

careeroutcomes

Science career outcomesAt Melbourne, the scientic thought process is every bit as important as

knowledge gained. In a world that is rapidly changing, the range of skills

gained from studying science equips you for a career in an astonishing array

of workplaces and industries.

From Melbourne toMicrosoft

Six months beforegraduating I was offered a jobas a Software Development

Engineer at Microsoft.Microsoft handled and fullypaid for my relocation tothe US. I am now living inRedmond, Washington,and working on Microsoft'snext-generation smartphoneoperating system.Adrian Tsai

Bachelor of Science

Major in Computer Science

Q Many careers will require further study at graduate level. These career outcomes includeinformation from the University of Melbourne Graduate Destinations Survey 2012 and theBachelor of Science Alumni Survey 2012.

$94 000the average annual salaryfor geologists and geophysicists(well above the national average)

Department of Education, Employmentand Workplace Relations, 2013

#9in the world forgraduateemployabilityQS World University

Rankings 2012

PREPARATION FOR AFULFILLING CAREER

Through the Bachelor of Science you willdevelop specialised knowledge of yourmajor area of study, along with a broadunderstanding of a range of scienticdisciplines. Youll also gain skills soughtby employers in all industries, suchas problem solving, logical thinking,analysis, creative thinking, numeracy,communication and teamwork.

While more than half of MelbournesBachelor of Science graduates go onto complete further study, there arealso career opportunities in a numberof different industries, including pureor applied scientic research, business,science communication and promotion,and education.

A CAREER IN SCIENCEQ

Career opportunities available to

Science graduates include:

Agronomist

Biotechnologist

Engineer

Geneticist

Geologist

Industrial chemist

IT professional

Mathematician

Physicist.

A CAREER IN SCIENTIFIC

RESEARCHYou could pursue a career in scienticresearch or industrial science byundertaking a research higher degree(masters or PhD).

A CAREER IN THE HEALTHSCIENCES

Many Science graduates choose toproceed to graduate study, leadingto professional careers in the healthsciences, such as:

Clinical audiology

Dental surgery Medicine

Nursing science

Optometry

Physiotherapy

Social work

Speech pathology.

A CAREER IN ARELATED AREAQ

The Bachelor of Science can also leadto a career in a related area, such as:

Education Science teacher,university academic, museumeducation programs coordinator

Government policy and administration

Business

Creative industries Sciencejournalist or communicator,museum curator

Law.

STUDYING AND WORKINGABROAD

Through our study abroad andexchange programs you have the option

to begin an international career whilestudying your undergraduate degree.Melbourne has partnerships with someof the stars of international science,enabling you to contribute overseas aswell as locally.

Many of our graduates work, study andtravel all over the world. Melbourneresearchers collaborate with researchlaboratories in countries such as the US,Germany, Japan, the UK and China.


20/40


ABOUT THE BACHELOR OFAGRICULTURE

Support animal health

Our innovative new Production AnimalHealth major will launch your careerin the production animal industry.This major is delivered in partnership

by the Faculty of Veterinary Scienceand Melbourne School of Land andEnvironment.

Feed the world

It is anticipated the worlds populationwill grow to a massive 11.4 billion by themid 2060s. By selecting the SustainableProduction major you will be wellplaced to contribute to the innovationsneeded to meet the challenge of foodsecurity against a backdrop of greaterclimate variability and a resource-constrained environment.

Access specialist resources

Throughout the course you willhave access to specialist resourcesat Parkville and Dookie campuses:international centres of excellence infarming efciency, energy systems,water management and biodiversity.

Tap into industry andgovernment networks

In collaboration with industry andgovernment, research is underway inour orchard, vineyard, crops, dairy, labsand communities to help ensure ourplanets food security. Be part of this

dynamic and rapidly growing industryand develop contemporary skills andknowledge valued by employers.

Travel the world

If you dream of travel, you may havethe chance to explore internationalexchange opportunities. Recentagriculture students have been placedin Thailand, Vietnam, China and theUK make this experience your own!

MAJOR AREAS OF STUDY

Production Animal Health

Sustainable Production

CAREER OUTCOMES

Our graduates are employed in careersincluding:

Agribusiness Agronomy

Aid and development

Biotechnology

Consulting

Extension

Farm management

International trade

Natural resource management

Policy

Product development

Production animal health

Quality assurance

Resource economics.

INTERNSHIPS

Test some of the opportunities in theagricultural industry while you studyby undertaking a work placementthrough an internship. The internshipsubject integrates academic learning,employability skills and attributes,and will improve your knowledge oforganisations, workplace culture andcareer pathways.

HONOURSIf you choose to undertake the fourth(honours) year, youll devise a researchproject in close collaboration withyour lecturers and industry advisers.Youll develop knowledge of researchmethods and experiment design, andskills to communicate effectively withscientic and non-scientic audiences.Up to

$240 000in agriculture scholarships

on offer

Duration

3 years full time



Campus

Parkville and Dookie

First year and second year arecompleted at Parkville campus,with the exception of two subjects:Data and Decisions and SustainableFood Systems. These subjects areoffered in exible delivery mode,including a residential componentat Dookie campus. The third year ofthe Sustainable Production majoris taught in exible delivery modeat Dookie. The third year of theProduction Animal Health major

is taught predominantly at theParkville campus.

Entry

Production Animal Health major:Semester 1

Sustainable Production major:Semester 1 or 2

Contact hours (rst year)W

Semester 1: Approximately22 hours per week

Semester 2: Approximately16 hours per week

Q Part-t ime study not available to mostinternational students due to visarestrictions

W Based on full-time study load

QUICK FACTS

Learn about the scientic, environmental, social and

economic factors involved in optimising production

animal health and achieving food security for a rapidly

growing population.

Bachelor ofAgriculture



I learned importantwork skills

The industry project taughtme great work skills and

provided opportunities tomeet employers from theagricultural eld, including my

current employer. The bestthing about my job is workingwith some of Australias bestfarmers and seeing how theyuse precision agriculturetechnology to become moreproductive and protable.Brendan Torpy

Precision Agricultural

Agronomist, PrecisionAgriculture

Bachelor of Agriculturegraduate

FURTHER STUDY OPTIONS

The Production Animal Health majorof the Bachelor of Agriculture is onepathway to the Doctor of VeterinaryMedicine. Students from the ProductionAnimal Health major who are successfulin gaining entry into the Doctor ofVeterinary Medicine will receive a

minimum of 30 points subject credit inthe rst year of the Doctor of VeterinaryMedicine.

The Bachelor of Agriculture canlead to masters degrees includingAgribusiness, Agricultural Science,Animal Science, Science and othergraduate degrees, preparing you fora wide range of professions. Manyprograms are also available at graduatecerticate and graduate diploma level.

Programs are also offered across theUniversity in areas such as architecture,business and economics, engineering,environment, law and teaching.

COURSE STRUCTURE

You will complete 300 credit points ofstudy in total (equivalent to three yearsof full-time study). Most subjects areequal to 12.5 credit points.

In the Production Animal Health majoryou will explore your passion for animal

health and make a real contribution toanimal welfare and productivity.

In the Sustainable Production major youwill learn about the innovations neededto meet the challenge of food security,with a focus on current issues such asclimate change adaptation and watermanagement.

Sample Course Plan Bachelor of AgricultureQ

Major in Production Animal Health

Year 1

Semester 1 Fundamentalsof Chemistry

Biology ofCells andOrganisms

Animals inExtensiveProductionSystems

NaturalEnvironments

Semester 2 Data andDecisionsGenetics andthe Evolutionof Life

Animals inIntensiveProductionSystems

Land, Waterand FoodEconomy

Year 2

Semester 1ComparativeNutrition andDigestion

ResearchMethods forLife Science

Principles ofProductionAnimal Health 1

Biochemistryin AnimalSystems

Semester 2 Applied AnimalPhysiology

SustainableFood Systems

Principles ofProductionAnimal Health 2

Agricultureand ResourceEconomics ORSoil and WaterResources

Year 3

Semester 1Applied AnimalReproductionand Genetics

Animal DiseaseBiotechnology 1

MaximisingAnimalProductivity 1 Production

Animal HealthApplications

Semester 2

Innovation,Change andKnowledge

Transfer

Ecology andManagementof Grazing

Systems

MaximisingAnimal

Productivity 2

Compulsory subjects Elective subjects


1.1applicants per

agriculture jobadvertised

Elders Limited, Australia,June 2012


13MELB (13 6352)

[email protected]/agriculture

facebook.com/MSLEMelbourneUniversity

MORE INFO

Agriculture
http://coursesearch.unimelb.edu.au/mailto:[email protected]://land-environment.unimelb.edu.au/agriculturehttp://land-environment.unimelb.edu.au/agriculturehttps://www.facebook.com/MSLEMelbourneUniversityhttps://www.facebook.com/MSLEMelbourneUniversityhttps://www.facebook.com/MSLEMelbourneUniversityhttp://coursesearch.unimelb.edu.au/http://land-environment.unimelb.edu.au/agriculturemailto:[email protected]


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Diploma inGeneral Studies

If you want a year to decide what to do

next, and you want it to count, choosethe new Diploma in General Studies.

ABOUT THE DIPLOMA INGENERAL STUDIES

Your stepping stone

The new Diploma in General Studiescan lead to a degree at the Universityof Melbourne, TAFE studies oremployment. The program is a taster

of the Melbourne bachelors degrees,and provides you with the opportunityto study Science, Commerce,Environments or Agriculture.

This gives you the breathing space ofa year to decide what you really wantto do next, and provides a structuredstepping stone to a meaningfuloutcome whether that is employmentor further study.

A supportive environment

You will experience study in asupportive environment and get a tasteof what university is all about. You cantry new subjects, pursue a particularinterest or undertake prerequisitesubjects that you missed out on atschool. Well give you advice to choosesubjects that best t your goals.

Stay close to home

You will have exibility in youraccommodation and study location.You could live at home, or in low-costaccommodation at our Dookie campus.After attending face-to-face classes atDookie campus in your rst few weeks,you can choose to continue studying at

Dookie, or base yourself at WodongaInstitute of TAFE or GOTAFE locations inBenalla, Shepparton or Wangaratta.

A qualication that counts

This taste of university study will earnyou a qualication from the Universityof Melbourne, which is consistentlyranked among the leading universitiesin the world. Even if you decide thatfurther university study isnt for you,your year in the Diploma in GeneralStudies will have been a greatinvestment as you enter the workforcewith a competitive qualication.

Your stepping stoneto an exciting future

Cultivate your future at DookieOur picturesque Dookie campus in Victorias north is an ideal settingfor you to experience tertiary study. The campus boasts a farm estate,

dairy and vineyard, plus on-site accommodation. Our modern buildings,equipped with the latest technology, connect you to your fellow studentssitting in other classrooms across the region. Through our collaborationwith TAFE providers, you will have access to exciting optional subjects andelectives that will help you apply your learning to the real world.

Duration

1 year full time

Part time available

Campus

Dookie campus or GOTAFElocations in Benalla, Sheppartonand Wangaratta as well asWodonga Institute of TAFE.

Entry

Semester 1 or 2

Contact hoursQ

Approximately 20 hours per week,depending on subjects selected

Note: This course is availableto domestic students only. It isdelivered by the University ofMelbourne in partnership with

GOTAFE and Wodonga Instituteof TAFE.

Q Based on full-time study load

QUICK FACTS



Q Subject availability varies according to semester. This is a sample subject list only subjects offered may change from year to year. You will be advisedof current subject offerings prior to subject selection and enrolment.


Science

Commerce

Environments

Agriculture

SUBJECTS AVAILABLEQ

Academic Writing andCommunication

Animal Systems

Climate Change and Impacts

Foundation Studies in Chemistry

Fundamentals of Mathematics

Introduction to Accounting

Introduction to Economics

Land Resources and Management

Landscape Information Systems

Organisation and Management

Plant Systems

Systems Biology

COURSE STRUCTURE

Full-time students undertake foursubjects per semester for twosemesters; part-time studentsundertake two subjects per semesterfor four semesters. There are twosemesters each year.

All students must complete thecompulsory subject Academic Writingand Communication in their rstsemester.

CAREER OUTCOMES

The Diploma in General Studies can leadto support ofcer and assistant roles inscience, commerce, environmental oragricultural organisations. The area ofprofessional specialisation will dependon subjects selected.

FURTHER STUDY OPTIONS

The Diploma in General Studies willsupport you in your transition touniversity, TAFE or employment. 4

areas ofstudyto choosefrom

science

agriculture

environments

commer

ce


13MELB (13 6352)

[email protected]

www.dookie.unimelb.edu.au/generalstudies

MORE INFO

GeneralStudies
http://coursesearch.unimelb.edu.au/mailto:[email protected]://www.dookie.unimelb.edu.au/generalstudieshttp://www.dookie.unimelb.edu.au/generalstudieshttp://coursesearch.unimelb.edu.au/http://www.dookie.unimelb.edu.au/generalstudiesmailto:[email protected]


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Bachelor of Oral HealthThe Bachelor of Oral Health has a curriculum reecting the

latest developments in oral health for the education of oral

health therapists (dental hygienists and therapists).


Clinical and Preventive Dentistry

Dental and Health Sciences

Social Sciences and HealthPromotion

Vocational Clinical Practice

CAREER OUTCOMESOn graduation, you could practiseas an oral health therapist, a dentaltherapist or dental hygienist. Oralhealth therapists (which includes dentaltherapists and hygienists) examine anddiagnose oral and dental conditions,prevent disease, and undertake oralhealth promotion and a range oforthodontic and preventive procedures,including impressions, topical uorideapplications and ssure sealants. Theyalso take and interpret radiographsand work alongside other dentalpractitioners to improve oral health.

Dental therapists provide dental care forchildren, adolescents and young adultsup to age 25. They restore and conservepermanent and deciduous teeth,perform extractions of deciduous teeth,and remove calculus. Under recentchanges, dental therapists are also ableto provide care to adults under certaincircumstances.

Dental hygienists provide dental carefor all age groups. They examine anddiagnose periodontal conditions,plan care, and clean, scale and root

plane teeth.

HONOURS

Honours is a fourth-year programwhich gives you the opportunity todraw together your previous studiesand focus your knowledge, skills andintellect on an exciting piece of originalresearch.

Honours develops your capacity forindependent study and research. Youwill develop maturity and skills fortransition to employment in a rangeof occupations and industries, or to a

research higher degree.

One of the most

high-tech teachingfacilitiesin thesouthern hemisphere

Duration

3 years full time

Part time not available


Campus

Parkville

Entry

Semester 1


Approximately 30 to 32 hoursper week

QUICK FACTS


13MELB (13 6352)

[email protected]

dent.unimelb.edu.au

MORE INFO

A great start tomy rsum

Having a degree from theUniversity of Melbourne is agreat start to my rsum. The

University provides such ahigh standard of learning thatI felt ready to face the workingworld when I graduated.

I am currently working as anoral health therapist withinboth the public and privatedental health sectors. Myrole is to assist patientswith looking after theirindividual oral health needs byproviding both restorative and

preventive care.Isabelle SayersBachelor of Oral H

2014 ScienceBiomed Copy

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