Skip to content | Change text size
Handbooks Courses Units
Monash University

Master of Materials Engineering

Course code: 3260 ~ Course abbreviation: MMatEng ~ Total credit points required: 48 ~ 1 year full-time, 2 years part-time ~ Managing faculty: Engineering

Study mode and course location

Off-campus (Clayton)

Course description

This course is intended for graduate engineers and scientists. The course structure is highly flexible, with opportunities in many units to work on projects of personal or professional interest. Materials engineering is a very broad discipline, incorporating elements of the physical sciences and the traditional fields of metallurgical, ceramic and polymer engineering. With the choice of units available, the course taken by a particular student will encompass generic skills applicable to a range of materials, as well as specialised knowledge in his/her area of need.

While the course will be offered flexibly in terms of study location, the units will be scheduled during the normal teaching semesters to take advantage of the university's off-campus learning (distance education) infrastructure. High-demand units may be additionally run as short, intensive courses. While the normal progress through the course could be a minimum of two years (part-time), the duration of the course is unrestricted, allowing gradual accumulation of credit towards the award.

Course objectives

Graduates will gain an understanding of the role of materials selection in the design cycle of an engineering component; be able to evaluate (unit dependent) manufacturing, processing or remediation scenarios; plan and execute an investigation into a practical materials-related problem and analyse the results of that investigation; communicate their arguments effectively to teams and clients and critically evaluate their own and work of others.

Course structure

Course requirements

Select eight units from:

  • MTE5501 Fracture of engineering materials
  • MTE5502 Corrosion: principles and practice
  • MTE5503 Composite and multiphase materials
  • MTE5505 Metals processing
  • MTE5506 Modelling of materials processing
  • MTE5508 Advanced ceramics engineering
  • MTE5509 Characterisation of materials
  • MTE5515 Rubber technology
  • MTE5516 Case studies in materials engineering

Total: 48 points

Alternative exit

Students undertaking this course will be able to make an alternative exit from the course with a Postgraduate Diploma in Materials Engineering provided the requisite units (24 points including at most 6 points selected from postgraduate courses external to the department) have been successfully completed.

Contact details