Please note - Swinburne University of Technology

Hours
per week
Second year Sem 1 Sem 2
MM222 Energy Systems 4 3
MM230 Engineering Materials 2 2
MM240
Electronics and Measurement
Systems 2 2
MM243 Applied Mechanics 4 3
MM250 Design for Industry 2 2
MM260 Ergonomics 2
MM270
Manufacturing Technology and
CADICAM 2 2
MM280 Introduction to Management 2 2
MM297 Professional Computing 1 1
SM299 Engineering Mathematics 3 3
--
--
22 22
Plus 36 hours of MM209 Engineering Practices during a
break period.
Hours
per week
Third year Sem I Sem 2
MM309 Industry Based Learning 24 weeks
MM320 Energy Systems 4
MM331 Engineering Materials 2
MM341*
Mechanics and Machine
Systems 6
MM351 Design for Industry 4
MM360 Ergonomics 3
SM399 Engineering Mathematics 3
-
22
* Part-time students may undertake this subject in parts
a, b, c.
Fourth Year
MM420 Energy Systems
MM440* Mechanics and Machine
Systems
MM451 Design for lndustry
MM460 Ergonomics
MM483 Engineering Management
SM499 Engineering Mathematics
Hours
per week
Sern I Sem 2
4
MM409 Industry Based Learning 24 weeks
Part-time students may undertake this subject in parts
a, b, c.
Houn
per week
Fifth Year
Sern 1
MM501 Engineering Project
(plus 92 hours)
MM509 ingineering Mathematics
*MM520 Enerav and ThermlFluid
~ec6anio (2 of 3) (Thermo
Fluids; Energy Systems; Energy
Modelling.)
*MM540 Mechanics and Machine
Systems (2 of 4) (Mechanics of
Solids; Vibration and Modal
Analysis; Control Engineering;
Machines Systems and
Simulation.)
*MM551 Engineering Technology
(3 of 5) (Engineering
~rgonomics- ~ngineering
Technoloaies; - . Eauivment . . Life
Cycle; Occupational Risk;
Technology Modelling.)
MM580 Management Practises
-
3
23
**The projea is undertaken over an 18 week semester
and involves 748 hours of contact.
* Part-time students may undertake these subjects in
parts a, b, c, etc.
M082
Graduate Diploma in
Air-conditioning
This part-time course is designed for those who have a
qualification such as a diploma or degree in engineering or
applied science, and who wish to take advanced studies
based on applied thermodynamics and controls. The course
consists of six subjects which are usually taken by ewning
attendance over a period of two years.
Course structure (1988 syllabus)
Houn
per week
First year Sem 1 Sem 2
ME621 Air-conditioning 4 4
ME622 Refrigeration 3 3
7 7
--
Second year
ME721 Air-conditioning 4
ME722 Refrigeration 3
ME731 Instrumentation and System
Control 3
ME781 Project and Energy
Management 4
7 7
--
--
--
~085 Graduate Diploma in CADICAM
The aim of the course is to prepare graduates, mainly from
Engineering and the Physical Sciences for future roles in the
application of computer aided design andlor computer aided
manufacture in the Australian manufacturing industry.
Entrance requirements
Candidates for the graduate diploma should:
have completed a degree or diploma in engineering or
science at a recognised university or college;