As noted in the introduction to the `Outline of undergraduate studies', subject to university approval, the faculty intends to replace the degree programs previously offered at Caulfield, Clayton and Gippsland with a single Bachelor of Engineering degree to be offered in a variety of streams across three campuses. The first level of the new degree, common to all streams of engineering, commences in 1998 as outlined below in this handbook. Again, subject to approval, the second level of the new degree will be introduced in 1999. All students admitted to candidature for a Bachelor of Engineering degree in 1998 will automatically be transferred to streams of the new degree at the end of that year.
Level
|
Subject
|
Credit
points |
Prerequisites
|
Corequisites
| |
| Level
1
|
Core
subjects
|
||||
| ENG1101
Chemical engineering
|
4
|
||||
| ENG1201
Civil engineering
|
4
|
||||
| ENG1301
Electrical engineering
|
4
|
ENG1902
| |||
| ENG1401
Mechanical engineering
|
4
|
||||
| ENG1501
Materials engineering
|
4
|
||||
| ENG1601
Engineering context
|
4
|
||||
| ENG1602
Engineering computing
|
4
|
Basic
keyboard skills assumed
|
|||
| ENG1603
Engineering systems
|
4
|
VCE
Specialist Mathematics or ENG1901 or MAT1910
|
ENG1902
| ||
| ENG1902
Engineering mathematics B
|
4
|
VCE
Specialist Mathematics or ENG1901
|
|||
| Subtotal:
36 cp
|
|||||
| None,
one or two subjects (depending on prerequisites) selected from:
|
|||||
| ENG1701
Chemistry A
|
4
|
||||
| ENG1801
Physics A
|
4
|
VCE
Mathematical Methods
|
|||
| ENG1901
Engineering mathematics A
|
4
|
VCE
Mathematical Methods
|
|||
| Elective
subjects
|
|||||
| One,
two or three subjects (depending on prerequisites), of which at least one must
by chosen from group 1:
|
|||||
| Group
1:
|
|||||
| ENG1702
Chemistry B
|
4
|
VCE
Chemistry or ENG1701
|
|||
| ENG1802
Physics B
|
4
|
VCE
Physics or ENG1801
|
|||
| Group
2:
|
|||||
| CHE1120
Industrial chemistry
|
4
|
VCE
Chemistry or ENG1701
|
|||
| ENE1620
Environmental engineering
|
4
|
||||
| ENG1302
Engineering in medicine and biology
|
4
|
ENG1701
if VCE Chemistry not completed
| |||
| ENG1803
Physics C
|
4
|
VCE
Physics or ENG1801
|
ENG1901
if VCE Specialist Mathematics not completed
| ||
MEC1411 Spatial visualisation
|
4
|
||||
| Other
approved electives worth not less than 4 cp, which may include later year
subjects for which prerequisites have been satisfied.
|
Not
less than 4 cp
|
||||
| Total:
48 cp
|
Level
|
Subject
|
Credit
points
|
Prerequisites
|
Corequisites
|
| Level
2
|
Core
subjects
|
|||
| CVE2111
Fluid mechanics
|
4
|
|||
| CVE2121
Structural engineering 1
|
4
|
ENC1301
|
||
| CVE2122
Structural engineering 2
|
4
|
CVE2121
|
||
| CVE2131
Geotechnical engineering I
|
4
|
|||
| CVE2191
Engineering quantity surveying
|
4
|
|||
| CVE2192
Engineering land surveying
|
4
|
|||
| CVE2422
Computing resources
|
4
|
|||
| ENC2003
Engineering management A
|
4
|
|||
| ENC2301
Engineering material science 1
|
4
|
ENC1301
|
||
| ENC2312
Engineering material science 2C
|
4
|
|||
| MAC2901
Mathematics 3
|
4
|
MAC1912
|
||
| MAC2912
Mathematics 4
|
4
|
MAC1912
|
||
| Level
3
|
Core
subjects
|
|||
| CVE3111
Hydraulics A
|
5
|
CVE2111
|
||
| CVE3121
Structural engineering 3
|
3
|
CVE2122
|
||
| CVE3122
Structural engineering 4
|
4
|
|||
| CVE3131
Timber engineering
|
2
|
CVE2122
|
CVE3121
| |
| CVE3146
Geoengineering: stability and settlement
|
4
|
|||
| CIV3244
Groundwater, seepage and environmental geoengineering
|
3
|
CVE2111
|
||
| CIV3245
Geoengineering geology
|
3
|
CVE2111
|
||
| CVE3162
Hydrology
|
4
|
|||
| CVE3173
Public health engineering
|
2
|
|||
| CVE3182
Infrastructure systems engineering
|
3
|
|||
| ENC3001
Computer applications 5
|
4
|
ENC2403
|
||
| ENC3012
Computer applications 6C
|
4
|
CVE3121
|
||
| ENC3311
Engineering management B
|
3
|
MAC2901
|
||
| ENC3411
Industrial project 1C
|
2
|
Must
have completed 36 cp level-2 and 48 cp level-1 subjects
|
||
| ENC3412
Industrial project 2C
|
2
|
ENC3411
|
||
Level 4
|
Core
subjects
|
|||
| CVE4111
Civil engineering design 1
|
4
|
|||
| CVE4112
Civil engineering design 2
|
4
|
|||
| CVE4121
Structural engineering 5
|
3
|
CVE3012
|
||
| CVE4122
Structural engineering 6
|
3
|
CVE4121
|
||
| CVE4181
Traffic engineering and planning
|
5
|
|||
| CVE4182
Municipal and highway engineering
|
5
|
|||
| ENC4012
Computer applications 7C
|
4
|
CVE3162,
CVE3111
|
||
| ENC4303
Engineering management D
|
4
|
|||
| ENC4411
Industrial project 3C
|
4
|
ENC3412
|
||
| ENC4412
Industrial project 4C
|
4
|
ENC4411
|
||
| Elective
subjects
|
||||
| Select
any two (normally one per semester):
|
||||
| CES4642
Geophysics II
|
5
|
|||
| CIV4214
Civil engineering computing applications
|
5
|
|||
| CIV4230
Theory of structures 4A
|
5
|
|||
| CIV4231
Theory of structures 4B
|
5
|
|||
| CIV4249
Foundation engineering
|
5
|
|||
| CIV4265
Hydraulic engineering
|
5
|
|||
| CIV4266
Public health engineering
|
5
|
|||
| CIV4267
Hydrology and water resources
|
5
|
|||
| CIV4283
Transport planning
|
5
|
|||
| CIV4284
Transport systems
|
5
|
|||
| CME4617
Finite element method (civil engineering)
|
5
|
|||
| ENC4055
Computer applications 8
|
4
|
|||
| or
any other relevant subject approved by the head of department or nominee.
|
||||
| Requirements
for the Bachelor of Engineering (civil and computing) The student requires 192 points for the degree. All students are required to attend two one-week engineering field camps during the later part of the course. All students are required to obtain a minimum of twelve weeks approved industrial experience during their course. |
||||
| Level
2
|
Core
subjects
|
|||
| ELE2231
Electrical networks
|
3
|
ENC1202
|
MAC2901
| |
| ELE2241
Linear systems 1
|
3
|
ENC1202
|
MAC2901
| |
| ELE2252
Energy conversion
|
4
|
ENC1202
|
||
| ELE2261
Electronics 1
|
3
|
ENC1202
|
MAC2901
| |
| ELE2262
Electronics 2
|
3
|
ELE2261
|
||
| ELE2291
Digital design
|
3
|
ENC1401
or TEC2443
|
||
| ELE2292
Electrical and electronic design
|
3
|
ELE2261
|
||
| ENC2003
Engineering management A
|
4
|
|||
| ENC2301
Engineering material science 1
|
4
|
ENC1301
|
||
| ENC2322
Engineering material science 2E
|
2
|
|||
| ENC2403
Computer applications 3
|
4
|
ENC1102
|
||
| ENC2422
Computer applications 4E
|
4
|
ENC1402
|
||
| MAC2901
Mathematics 3
|
4
|
MAC1912
|
||
| MAC2912
Mathematics 4
|
4
|
MAC1912
|
||
| Level
3
|
Core
subjects
|
|||
| ELE3231
Control systems 1
|
4
|
MAC2912
|
||
| ELE3232
Control systems 2
|
4
|
ELE3231
|
||
| ELE3241
Fields in communications
|
4
|
MAC2912
|
||
| ELE3242
Electronic communications
|
4
|
ELE2262,
MAC2912
|
||
| ELE3251
Energy systems 1
|
4
|
ELE2252
|
||
| ELE3252
Energy systems 2
|
4
|
ELE2252
|
||
| ELE3261
Electronics 3
|
3
|
ELE2262
|
||
| ELE3262
Electronics 4
|
3
|
ELE3261
|
||
| ENC3001
Computer applications 5
|
4
|
ENC2403
|
||
| ENC3022
Computer applications 6E
|
4
|
ENC2422
|
||
| ENC3311
Engineering management B
|
3
|
MAC2901
|
||
| ENC3312
Engineering management C
|
3
|
MAC2901
|
||
| ENC3421
Industrial project 1E
|
2
|
|||
| ENC3422
Industrial project 2E
|
2
|
|||
| Level
4
|
Core
subjects
|
|||
| ENC4022
Computer applications 7E
|
4
|
ENC3022
|
||
| ENC4303
Engineering management D
|
4
|
|||
| ENC4421
Industrial project 3E
|
4
|
as
approved by supervisor
|
||
| ENC4422
Industrial project 4E
|
4
|
as
approved by supervisor
|
||
| Elective
subjects
|
||||
| Select
one of:
|
||||
| ELE4091
Advanced electrical design
|
4
|
ELE3251
|
||
| ELE4291
Advanced electronic design
|
4
|
ELE3262
|
||
| Select
one of:
|
||||
| ELE4092
Radio frequency design
|
4
|
ELE3262
|
||
| ELE4292
VLSI Design
|
4
|
|||
| Select
six of the following (three per semester):
|
||||
| ELE4222
Biomedical engineering
|
4
|
|||
| ELE4231
Computer control 1
|
4
|
ELE3232
|
||
| ELE4232
Computer control 2
|
4
|
ELE3232
|
||
| ELE4241
Communications systems 1
|
4
|
ELE3241
|
||
| ELE4242
Communications systems 2
|
4
|
ELE3242
|
||
| ELE4251
Advanced energy systems 1
|
4
|
ELE3252
|
||
| ELE4252
Advanced energy systems 2
|
4
|
ELE3252
|
||
| ELE4261
Power electronics 1
|
4
|
ELE3251
|
||
| ELE4262
Power electronics 2
|
4
|
ELE4261
|
||
| ELE4271
Computer communications 1
|
4
|
|||
| ELE4272
Computer communications 2
|
4
|
|||
| ELE4281
Signal processing
|
4
|
MAC2901
|
||
| ELE4282
Digital signal processing
|
4
|
MAC2901
|
||
| ENC4025
Computer applications 8E
|
4
|
|||
| or
any other relevant subject approved by the head of department or nominee.
|
||||
| Requirements
for the Bachelor of Engineering (Electrical and Computing) The student requires 192 points for the degree. All students are required to obtain a minimum of twelve weeks approved industrial experience during their course. |
||||
| Level
2
|
Core
subjects
|
|||
| ENC2003
Engineering management A
|
4
|
|||
| ENC2301
Engineering material science 1
|
4
|
ENC1301
|
||
| ENC2332
Engineering material science 2I
|
4
|
|||
| ENC2403
Computer applications 3
|
4
|
ENC1102
|
||
| ENC2431
Computer applications 4I
|
4
|
ENC1201
|
||
| IND2311
Methods engineering 1
|
4
|
|||
| IND2312
Methods engineering 2
|
4
|
|||
| MAC2901
Mathematics 3
|
4
|
MAC1912
|
||
| MAC2912
Mathematics 4
|
4
|
MAC1912
|
||
| MEE2331
Mechanics of solids 1
|
4
|
ENC1301
|
||
| MEE2352
Manufacturing processes
|
4
|
|||
| MEE2382
Fluids and energy
|
4
|
MAC1912
|
||
| Level
3
|
Core
subjects
|
|||
| ENC3001
Computer applications 5
|
4
|
ENC2403
|
||
| ENC3032
Computer applications 6I
|
4
|
|||
| ENC3311
Engineering management B
|
3
|
MAC2901
|
||
| ENC3312
Engineering management C
|
3
|
MAC2901
|
||
| ENC3431
Industrial project 1I
|
2
|
at
least 12 cp in other level-3 subjects
| ||
| ENC3432
Industrial project 2I
|
2
|
ENC3431
|
||
| IND3311
Facilities, planning and design
|
4
|
IND2311
|
||
| IND3312
Quality systems and control
|
4
|
|||
| IND3321
Design for production 1
|
4
|
MEE2352
|
||
| IND3322
Design for production 2
|
4
|
IND3321
| ||
| IND3722
Engineering accounting A
|
4
|
|||
| MEE3341
Engineering materials 1
|
3
|
ENC2332,
ENC2342
|
||
| MEE3342
Engineering materials 2
|
3
|
ENC2332,
ENC2342
|
||
| MEE3491
Process control
|
4
|
MAC2912
|
||
| Level
4
|
Core
subjects
|
|||
| ENC4031
Computer applications 7I
|
4
|
|||
| ENC4303
Engineering management D
|
4
|
|||
| ENC4431
Industrial project 3I
|
4
|
ENC3432
|
at
least 12 cp in other level-4 subjects
| |
| ENC4432
Industrial project 4I
|
4
|
ENC4431
|
||
| IND4311
Production planning and control
|
4
|
|||
| IND4312
Design of productive systems
|
4
|
IND4311
|
||
| IND4321
Operations research 1
|
4
|
ENC3311
|
||
| IND4322
Operations research 2
|
4
|
ENC3312
|
||
| IND4361
Health, safety and environment
|
4
|
|||
| IND4722
Engineering accounting B
|
4
|
IND3722
|
||
| Elective
subjects
|
||||
| Select
any two (normally one per semester):
|
||||
| ENC4055
Computer applications 8
|
4
|
|||
| ENC4365
Fluid systems and management
|
4
|
MEE2382,
or CVE2111
|
||
| IND4335
Computer-aided manufacturing
|
4
|
|||
| IND4345
Systems reliability
|
4
|
|||
| IND4355
Automation and manufacturing systems
|
4
|
|||
| or
any other relevant subject approved by the head of department or nominee.
|
||||
| Requirements
for the Bachelor of Engineering (Industrial and Computing)
The student requires 192 points for the degree. All students are
required to obtain a minimum of twelve weeks approved industrial experience
during their course.
|
||||
| Level
2
|
Core
subjects
|
|||
| ENC2003
Engineering management A
|
4
|
|||
| ENC2301
Engineering material science 1
|
4
|
ENC1301
|
||
| ENC2342
Engineering material science 2M
|
4
|
|||
| ENC2403
Computer applications 3
|
4
|
ENC1102
|
||
| ENC2441
Computer applications 4M
|
4
|
ENC1201
|
||
| MAC2901
Mathematics 3
|
4
|
MAC1912
|
||
| MAC2912
Mathematics 4
|
4
|
MAC1912
|
||
| MEE2312
Mechanical engineering design 1
|
4
|
ENC1002
ENC1301
|
||
| MEE2321
Mechanics of machines 1
|
4
|
ENC1302
|
||
| MEE2331
Mechanics of solids 1
|
4
|
ENC1301
|
||
| MEE2352
Manufacturing processes
|
4
|
|||
| MEE2382
Fluids and energy
|
4
|
MAC1912
|
||
| Level
3
|
Core
subjects
|
|||
| ENC3001
Computer applications 5
|
4
|
ENC2403
|
||
| ENC3042
Computer applications 6M
|
4
|
|||
| ENC3311
Engineering management B
|
3
|
MAC2901
|
||
| ENC3312
Engineering management C
|
3
|
MAC2901
|
||
| ENC3441
Industrial project 1M
|
2
|
at
least 12 cp in other level-3 subjects
| ||
| ENC3442
Industrial project 2M
|
2
|
ENC3441
|
||
| MEE3321
Mechanics of machines 2
|
4
|
MEE2321
|
||
| MEE3332
Mechanics of solids 2
|
4
|
MEE2331
|
||
| MEE3341
Engineering materials 1
|
3
|
ENC2332,
ENC2342
|
||
| MEE3342
Engineering materials 2
|
3
|
ENC2332,
ENC2342
|
||
| MEE3361
Fluid mechanics
|
4
|
MEE2382
|
||
| MEE3362
Thermodynamics 1
|
4
|
MEE2382
|
||
| MEE3372
Mechanical engineering design 2
|
4
|
MEE2312
|
||
| MEE3491
Process control
|
4
|
MAC2912
|
||
| Level
4
|
Core
subjects
|
|||
| ENC4041
Computer applications 7M
|
4
|
MEE4331
| ||
| ENC4303
Engineering management D
|
4
|
|||
| ENC4441
Industrial project 3M
|
4
|
ENC3442
|
at
least 12 cp in other level-4 subjects
| |
| ENC4442
Industrial project 4M
|
4
|
ENC4441
|
||
| MEE4311
Mechanical engineering design 3
|
4
|
MEE3372
|
||
| MEE4312
Mechanical engineering design 4
|
4
|
MEE3372
|
||
| MEE4322
Mechanics of machines 3
|
4
|
MEE3321
|
||
| MEE4331
Mechanics of solids 3
|
4
|
MEE3332
|
||
| MEE4361
Thermodynamics 2
|
4
|
MEE3362
|
||
| MEE4362
Thermodynamics 3
|
4
|
MEE4361
|
||
| Elective
subjects
|
||||
| Select
any two (normally one per semester):
|
||||
| ENC4055
Computer applications 8
|
4
|
|||
| ENC4365
Fluid systems and management
|
4
|
MEE2382
or CVE2111
|
||
| IND4335
Computer-aided manufacturing
|
4
|
|||
| IND4355
Automation and manufacturing systems
|
4
|
|||
| MEE4375
Lubrication and wear
|
4
|
MEE3341,
MEE3361
|
||
| or
any other relevant subject approved by the head of department or nominee.
|
||||
| Requirements
for the Bachelor of Engineering (Mechanical and Computing)
The student requires 192 points for the degree. All students are
required to obtain a minimum of twelve weeks approved industrial experience
during their course.
|