Please note - Swinburne University of Technology

PO~O
Bachelor of Engineering
(Manufacturing)
Bachelor of Engineering courses are currently under
review.
The following course is the 1990 syllabus. It is anticipated that
a modified course will be introduced for commencement in
1995. Details of this modified course will be supplied to
students at enrolment.
Bachelor of Engineering 1995 syllabus course
This program will extend over eight academic semesters plus
two semesters of industry based learning.
The course is an industry based learning (cooperative) program
of four and a half years duration and is designed to provide
integrated academic and industrial training.
The course is designed to develop student abilities in the
fundamental engineering sciences and technologies. It provides
management training in a broad range of disciplines related to
the planning and operation of manufacturing enterprises.
The course is accredited by The Institution of Engineers,
Australia. Comoletion of the course aives full exemotion from
the requirements for admission as a graduate member.
In the second and subsequent years of the course students
specialise in either:
0
5. Production engineering and design
g. or
2.
n
(0
rn
2
9.
3
0
Chemical engineering and design.
The special study subjects are denoted (P) and (C) respectively
in the details of the course structure.
Course structure (1 990 syllabus)
Hours
per week
9.
First year Sem I Sem 2
3 CE116 Engineering -Solid Mechanics 3 3
a
EE180 Engineering - Physics 2.5 2.5
2 EE181 Engineering - Electronics and
o Computing 4 4
. EF190 Professional Studies
2 1
U3
3 MM121 Engineering - Energy Systems 2 4
MM122 Engineering - Chemistry and
MM123
Materials 3 3
Enqineering - Graphics and
CAD 2.5 2.5
SM199 Engineering Mathematics 3 1
22 23
Second year
MM220 Energy Systems
MM230 Engineering Materials
MM240 Electronics and Measurement
Systems
MM241 Applied Mechanics
MM250 Design for lndustry
MM270 ManufacturingKAD
MM280 lntroduction to Management
MM297 Professional Computing
SM299 Mathematics
Houn
per week
Sem 1 Sem 2
4 -
2 2
Production Option
MM271 Manufacturing Technology
MM272 Manufacturing Practices
Chemical Option
MM2lO Industrial Processes
MM211 lntroduction Chemical
Engineering
Third year
MM309 lndustry Based Learning
Core subjects
MM330 Advanced Materials
MM380 Productivity Improvement
MM381 Managerial Economics
MM396 Computer Science
SM395 Mathematics
Production Stream
MM340 Applied Mechanics
MM350 Design for Manufacture
MM370 Manufacturing Technology
Chemical Stream
MM312 Unit Operations
MM315 Heat Transfer
MM321 Fluid Mechanics
Fourth year
Core Subjects
MM441 Control Systems
MM470 Computer Interfacing
MM471 Numerical Engineering
MM480 Facilities Planning and Design
MM481 Decision Analysis
MM482 Manufacturing Operations
Management
Production Stream
MM450 Design for Manufacture
MM472 Manufacturing Technology
Chemical Stream
MM414 Stagewise Processes
MM415 Mass Transfer
MM409 lndustry Based Learning
- 4
22 - 22
Hours
per week
Sem I Sem2
24 weeks
Hours
per week
Sern 1 Sem 2
2
2
2
3
2
5
4
9
24 weeks