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2006 Course Handbook
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Bachelor of Science (Materials)

Overview / Course Aims

The objective of the Materials Science course is to provide the scientific knowledge and technical skills necessary for a successful materials based career in areas such as quality control and laboratory testing, materials process control, and research and development in government and private sector laboratories.  It also provides an ideal basis for those who wish to pursue a career in secondary teaching. 

The core materials subjects involve detailed study of the structure of properties of metals, ceramics and polymers.

Course Requirements

All students must complete the required number of credit points and satisfy all course requirements for the degree – refer to course structures below.  The Bachelor of Science (Materials) normally takes three years to complete.  All students must take particular notice of the Course Rules regarding minimum rate of progress.

The formal contact hours, methods of teaching and learning and forms of assessment vary from subject to subject.  Details will be provided to students at the commencement of each subject by the subject coordinator.  Students should attend all classes including lectures, tutorials and laboratory classes.

Study Options

Electives in second and third years are normally selected to provide a coherent minor in a particular field, eg.  Materials, Chemistry, Science and Technology Studies or Engineering.  Suggested elective programs are listed below.  Students should consult their course advisor when choosing elective subjects.

Honours

Students with a good academic record are encouraged to proceed to an Honours year, a fourth year of study providing training in independent research.

Advanced Standing

Applicants holding relevant TAFE Diplomas and Advanced Diplomas with a consistently good performance will normally be granted 48 credit points (one year) of advanced standing. 

Students are advised to take the maximum number of mathematics and science units available in their TAFE course.

Further Studies Options

Graduates can apply for entry to Honours in Materials or Master of Science - Research.

Course Program

Subjects   Session Credit Points
Year 1
CHEM101 Chemistry 1A   6
ENGG153 Engineering Materials   6
MATH141 Mathematics 1C Part 1   6
or
MATH187 Mathematics 1A Part 1   6
PHYS141 Fundamental Physics A   6
CHEM102 Chemistry 1B   6
ENGG154 Engineering Innovation and Design   6
MATH142 Mathematics 1C Part 2   6
or
MATH188 Mathematics 1A Part 2   6
PHYS142 Fundamental Physics B   6
Year 2
MATE201 Structure and Properties of Materials   6
MATE202 Thermodynamics and Phase Equilibria   6
MATE291 Engineering Computing and Laboratory Skills   6
MATE203 Phase Transformations   6
MATE204 Mechanical Behaviour and Fracture   6
plus 3 Electives   18
Year 3
MATE301 Engineering Alloys   6
MATE302 Polymeric Materials   6
MATE391 Materials Testing   6
MATE303 Ceramics, Glass and Refractories   6
plus 4 Electives   18
Year 4 (Honours)
MATE406 Research Project   24
plus 4 electives   24
Electives
Materials
MATE411 Advanced Materials and Processing   6
MATE412 Electronic Materials   6
MATE305 Primary Materials Processing   6
MATE402 Secondary Materials Processing   6
MATE413 Structural Characterisation Techniques   6
Chemistry
CHEM211 Inorganic Chemistry II   6
CHEM212 Organic Chemistry II   6
CHEM314 Instrumental Analysis   8
CHEM213 Molecular Structure, Reactivity and Change   6
CHEM214 Analytical and Environmental Chemistry   6
CHEM311 Inorganic Chemistry III   8
CHEM321 Organic Synthesis and Reactivity   8
Science and Technology Studies
STS100 Social Aspects of Science and Technology   6
STS215 Globalisation: Technology, Culture and Media   6
STS112 The Scientific Revolution: History, Philosophy and Politics of Science1   6
STS376 The politics of Risk   6
STS216 Environment in Crisis: Technology and Society   8
STS229 Scientific and Technological Controversy   6
 
 
 

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