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www.unsw.edu.au | UNSW International Undergraduate Guide 2011 | 65Professional RecognitionThe range of professional careers open to BMusgraduates is available to BMus/BA graduates. Inaddition, the BA qualification offers opportunities inpublic and private sector administrative and policypositions.Bachelor of Music/Bachelor of ScienceProgram code 3448FacultyArts and Social SciencesMin. years 4 yearsUOC (per year/total) 48/192Semester 2 entry NoEst. first year tuition A$25,200Est. fee to complete A$114,160Assumed Knowledge Audition/Interview requiredOnline Handbook www.handbook.unsw.edu.au/undergraduate/programs/2010/3448.htmlWebsitehttp://empa.arts.unsw.edu.auThe Bachelor of Music/Bachelor of Science combinedprogram enables students to complete a majorsequence from those available in science whilestudying for a specialist music degree involvinginstrumental performance and/or composition.Career OpportunitiesThe combined degree will enable students to eitherchoose between a career in science and a career inmusic, or to seek highly specialised fields where sucha combination is essential or provides them with amarket advantage. At the innovative end of industryand research interdisciplinary knowledge is becomingincreasingly desirable.Bachelor of Music/Bachelor of Science (Advanced)Program code 3449FacultyArts and Social SciencesMin. years 5 yearsUOC (per year/total) 48/240Semester 2 entry NoEst. first year tuition A$25,200Est. fee to complete A$151,400Assumed Knowledge Audition/Interview requiredOnline Handbook www.handbook.unsw.edu.au/undergraduate/programs/2010/3449.htmlWebsitehttp://empa.arts.unsw.edu.auThe Bachelor of Music/Bachelor of Science(Advanced) combined program enables students tocomplete a major in Advanced Science as well 24 to48 units of credit of project or thesis work in sciencewhile studying for a specialist music degree involvinginstrumental performance and/or composition.Career OpportunitiesThe combined degree will enable students to eitherchoose between a career in science and a career inmusic, or to seek highly specialised fields where sucha combination is essential or provides them with amarket advantage. At the innovative end of industryand research interdisciplinary knowledge is becomingincreasingly desirable. Students will also be wellequipped to do further interdisciplinary study (orresearch) at the graduate level.SEE ALSOBachelor of Music/Bachelor of Educationpage 42Concurrent Diploma ProgramDiploma in MusicProgram code 3418FacultyArts and Social SciencesMin. years 1 to 3 yearsUOC (per year/total) 48Semester 2 entry NoEst. first year tuition A$21,840 (based on studiesstarting in 2010 and over 3years of concurrent studies)Assumed Knowledge NoneOnline Handbook www.handbook.unsw.edu.au/undergraduate/programs/2010/3418.htmlWebsitehttp://empa.arts.unsw.edu.auStudents may take the Diploma in Music concurrentlywith their Bachelor program (with the approvalof their program authority). The structure of theprogram is the same as that of the music componentfor a Bachelor of Arts degree with a major in musicand requires the completion of 48 units of credit.Students opting to take on a diploma with their maindegree should be aware that it will take longer tocomplete their studies and there will be additionalfee costs associated with the diploma courses.SEE ALSOBachelor of Artsmajor in Musicpage 35NanotechnologyBachelor of Science (Nanotechnology)Program code 3617FacultyScienceMin. years 4 yearsUOC (per year/total) 48/192Semester 2 entry Yes (will require summer semesterafter 1st semester)Est. first year tuition A$28,560Est. fee to complete A$129,040Assumed Knowledge Maths, Chemistry and PhysicsOnline Handbook www.handbook.unsw.edu.au/undergraduate/programs/2010/3617.htmlWebsitewww.science.unsw.edu.auWhat is Nanotechnology?Nanotechnology is the science of understanding thestructure and behaviour of materials at the atomic ormolecular level. Through an understanding of howto manipulate atoms and molecules it is possible tocreate devices and machines with unique propertiesand applications.Nanotechnology provides the potential to createnew manufacturing sectors from our ability toobserve, characterise and manipulate the atomicand molecular structure of materials which form thebasis of the bio-, communications, information andenvironmental technologies.Program Structureyear 1Molecules, Cells and Genes, Engineering Materials,Nanotechnology 1AND one of the following courses: Essentials ofChemistry 1A, Higher Chemistry 1AAND one of the following courses: Essentials ofChemistry 1B, Higher Chemistry 1BAND one of the following courses: Mathematics 1A,Higher Mathematics 1AAND one of the following courses: Mathematics 1B,Higher Mathematics 1BAND one of the following courses: Physics 1A,Higher Physics 1AAND one of the following courses: Physics 1B,Higher Physics 1Byear 2Chemical and Spectroscopic Analysis, Organic andInorganic Chemistry for Nanotechnology, PhaseEquilibria, Crystallography and X-Ray Diffraction,Nanotechnology 2, Computational Physics,Laboratory A, Quantum Physics, Biophysics 1, Physicsof Solid State Devices, General Education coursesAND one of the following courses: Principles ofMolecular Biology (Advanced), Fundamentals ofMolecular Biologyyear 3Molecular Biology of Nucleic Acids,Nanotechnology 3, Chemistry of Surfaces, AdvancedNanomaterials, Solid State Physics, GeneralEducation courses, Electives totalling 24 UOCyear 4Professional Communication and Presentation,Nanotechnology Project, Electives totalling 9 UOCRecommended electives for Years 3 and 4: MolecularBiology of Proteins, Physical Chemistry, AnalyticalChemistry, Project Laboratory in Chemistry,Microstructure Analysis, Diffusion and Kinetics,Mechanical Properties of Materials, Materials IndustryManagement B, Phase Transformations, Deformationand Strengthening Mechanisms, Fracture Mechanics,Fundamentals of Microbiology and Immunology,Biosensors and Biodevices for Nanotechnology,Electronics, Experimental Physics A1, Biophysics 2,Polymer Science - Theory, Polymer Science - Practicecareer opportunitiesNanotechnology is emerging as a growth industryin Australia and internationally. Start-up companiesand other organisations seeking to developnanostructure devices need to employ scientistswho can understand the behaviour of materials in ananostructured form. Graduates may pursue manycareer paths available to them in business, research,industry or enterprise.NOTEEstimated first year tuition is based on 2010 tuition fees.Total program costs are an indicative figure only. Indicativefees have been calculated on a percentage increase forevery year of the program. Fee increases are assessedannually and may exceed the indicative figures listedabove.Estimated fees to complete include tuition plus anestimate of other study-related costs of approx A$1,000per year.