Master of Engineering Maintenance Management

• General information
• Aims
• Professional recognition
• Entry requirements
• Attendance
• Course duration
• Course structure
  • For entry type 1
  • For entry type 2
  • For entry type 3
    • Year 1
    • Year 2
    • Years 3 and 4
• Assessment
• Credits/exemptions
• Further information
• Completed applications

General information

Course code: 2319 Gippsland campus Full-fee-paying course with the possibility of some HECS places Attendance is compulsory at two four-day residential schools
The Master of Engineering Maintenance Management extends the work undertaken in the graduate diploma program. Credits can be negotiated for studies in the graduate diploma which have been completed to an approved standard.

Aims

This course extends the work undertaken in the graduate diploma program.

Professional recognition

This course satisfies the continuing education requirements of the Institution of Engineers, Australia.

Entry requirements

There are three entry points for this course:
1. Completion of the Graduate Diploma in Engineering Maintenance Management of this or another university with an average unit grade of 70 per cent or better.
2. Completion of the Graduate Certificate in Reliability Engineering, followed by the Graduate Certificate in Maintenance Management, with an average unit grade of 70 per cent or better.
3. Direct entry for graduate engineers holding an honours degree or other higher qualifications.
A special application for candidature form is required in addition to the normal application form, and can be obtained by email from the course coordinator. The same other requirements apply as for the graduate diploma: employer letter and certified copies of testamurs, and access to a suitable computer.

Attendance

Residential schools apply as for the graduate diploma program.

Course duration

The course consists of units listed as for the graduate certificates and diploma, plus further studies and completion of minor thesis (equivalent value 18 credit points and taken as the final stage). The content and duration varies with the entry level as given above. Entry types 1 and 2 are expected to take 24 to 36 months.

Course structure

For entry type 1

• GEG8124 Understanding reliability (as for GEG7124, but assessed at masters level)
• GEG8134 Advanced reliability (as for GEG7134 but assessed at masters level)
• GEGT7154 Risk engineering

For entry type 2

• GEG8054 Machine conditioning monitoring and fault diagnosis (as for GEG7054 but assessed at masters level)
• GEG8074 Computer applications in terotechnology (as for GEG7074 but assessed at masters level)
• GEG7154 Risk engineering

For entry type 3

Year 1

Units as for the graduate diploma year one.

Year 2

• GEG7114 Basic quantitative skills for reliability engineering, or
• GEG7034 Quantitative techniques for asset management
• GEG7124 Understanding reliability
• GEG7054 Machine condition monitoring and fault diagnosis
• GEG7074 Computer applications in terotechnology

Years 3 and 4

• GEG8134 Advanced reliability (as for GEG7134 but assessed at masters level)

Assessment

Assessment varies between units and is a mixture of assignments and examinations.

Credits/exemptions

Students entering via entry types 1 and 2 are required to complete 84 credit points to gain the degree. Students entering via entry type 3 are required to complete 72 credit points.

Further information

For more detailed information, contact Mr Ray Beebe, Gippsland School of Engineering, telephone (03) 5122 6496, or (03) 9902 6496, fax (03) 5122 6500 or (03) 9902 6500, or email ray.beebe@eng.monash.edu.au

Completed applications

Completed applications are to be forwarded to Mr Ray Beebe, Gippsland School of Engineering, Monash University Gippsland campus, Churchill, Victoria, 3842, by 30 November 2000. A quota of HECS places is available in order of receipt.

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