Course outlines
Course outlines contain all the information relevant to a particular course, including a detailed description, schedule, assessment tasks, assessment due dates and weighting, and recommended reference materials. It is important that you read the course outlines at the beginning of each session, so that you are aware of expectations and requirements.
Course outlines are made available 1-2 weeks prior to the commencement of each session. Click on the links below to view the latest course outlines, based on the last term they were conducted in:
First year
- MATS1101 Engineering Materials and ChemistryÌý(Term 3)
- MATS1110ÌýIntroduction to Materials for EngineeringÌýApplications (Term 2)
- MATS1110ÌýIntroduction to Materials for EngineeringÌýApplications (Term 3)
- MATS1192 Design and Application of Materials in Science and EngineeringÌý(Term 1)
- MATS1192 Design and Application of Materials in Science and EngineeringÌýÌý(Term 3)
Second year
- MATS2001 Physical Properties (Term 1)
- MATS2003ÌýMaterials Characterisation (Term 1)
- MATS2003ÌýMaterials Characterisation (Term 2)
- MATS2004 Mechanical Behaviour of Materials
- MATS2005 Introduction to Fluid Flow and Heat Transfer
- MATS2006 Diffusion and Kinetics
- MATS2007 Sustainable Materials Processing
- MATS2008 Thermodynamics and Phase Equilibria
Third year
- MATS3001ÌýMicromechanisms of Mechanical Behaviour inÌýMetals (Term 1)
- MATS3001ÌýMicromechanisms of Mechanical Behaviour inÌýMetals (Term 2)
- MATS3002 Fundamentals of Ceramic Processing (Term 1)
- MATS3002 Fundamentals of Ceramic Processing (Term 2)
- MATS3003ÌýEngineering in Process Metallurgy
- MATS3004 Polymer Science and Engineering 1
- MATS3005 Phase Transformations
- MATS3006 Design and Application of Materials in Science and Engineering 3
- MATS3007 Materials Industry Management
- NANO3001ÌýAdvanced Nanomaterials Materials Science and Engineering Science
Fourth year
- MATS4001 Secondary Processing of Metals
- MATS4002 Design with Advanced Ceramics
- MATS4004 Fracture Mechanics and Failure Analysis
- MATS4005 Composites and Functional Materials
- MATS4006 Polymer Science and Engineering 2
- MATS4007 Engineered Surfaces to Resist Corrosion and Wear
- MATS4100ÌýMaterials Engineering ProjectÌý(Term 1)
- MATS4100ÌýMaterials Engineering ProjectÌý(Term 3)
- MATS4504 Research Training
- MATS5001/2/3 Thesis A/B/Advanced
Master of Materials Technology
- MATS6001ÌýFundamentals of Materials Processing
- MATS6002 Fundamentals of Materials Design
- MATS6003ÌýPresentation Skills for Materials Technology
- MATS6004 Materials Industry Management
- MATS6006ÌýRecycling of Wastes
- MATS6007ÌýSustainable Materials Engineering
- MATS6008ÌýAdvanced Functional Materials
- MATS6101 Thermodynamics and Phase Equilibria
- MATS6102 Kinetics and Phase Transformations
- MATS6104ÌýPhysical Properties of Materials
- MATS6105 Chemical Properties of Materials
- MATS6106ÌýMechanical Properties of Materials
- MATS6107ÌýThermal Properties ofÌýCeramics
- MATS6108 Functional Properties of Materials
- MATS6109 Polymer Materials Science
- MATS6110 Computational Materials ScienceÌý
- MATS6111 Processes in Materials Engineering
- MATS6112ÌýCharacterisation of Materials
- MATS6113 Research Project AÌý(Term 1)
- MATS6113 Research Project A (Term 3)