The
Bachelor of Engineering/Bachelor of Arts double degree program is available to
candidates pursuing studies in chemical engineering, civil engineering,
electrical and computer systems engineering, materials engineering and
mechanical engineering, and can normally be completed in five years of
full-time study (see note 1 below). Available at Clayton campus only.
The
subjects required for the BE in each of the engineering courses are listed
below, and the requirements for degree completion are stipulated at the end of
all the lists.
For
the BA, candidates must complete an approved major sequence (fifty-two points)
in one arts discipline and an approved minor sequence (twenty-eight points) in
another arts discipline for a total of eighty points. Both disciplines must be
chosen from those taught by the Faculty of Arts.
Level
one
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Level
two
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Level
three
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Level
four
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Chemical
engineering
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Core
subjects ENG1101 Chemical engineering ENG1501 Materials
engineering ENG1602 Engineering computing ENG1603 Engineering
systems ENG1702 Chemistry B ENG1802 Physics B ENG1902
Engineering mathematics B Two, one or none (depending on prequisites)
of: ENG1701 Chemistry A ENG1801 Physics A ENG1901
Engineering mathematics A Elective subjects None, one or two subjects
(depending on prerequisites) selected from: CHE1120 Industrial
chemistry ENE1620 Environmental engineering ENG1201 Civil
engineering ENG1301 Electrical engineering ENG1401 Mechanical
engineering ENG1601 Engineering context (36 cp)
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CHE2100
Momentum transfer I CHE2113 Principles of chemical processing
systems I CHE2114 Principles of chemical processing
systems II CHE2120 Thermodynamics I CHE2140 Chemical
engineering CHE2150 Chemical engineering practice I CHE2160 Chemical
engineering practice II CHM2731 Chemistry C CHM2732 Chemistry
D MAT2901 Multivariable calculus for engineering MAT2902 Linear algebra
and differential equations (44 cp)
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In
1999 only: CHE3101 Reaction engineering I CHE3102 Heat and mass
transfer I CHE3103 Heat and mass transfer II CHE3104 Momentum
transfer II CHE3107 Process control CHE3108 Process design and
operation I CHE3109 Process design and operation II CHE3111
Transport phenomena I CHE3112 Transport phenomena II CHE3113
Thermodynamics II CHE3114 Thermodynamics and
electrochemistry CHE3117 Introduction to process simulation CHE3118
Chemical engineering practice III CHE3119 Chemical engineering
practice IV MAT3910 Integral transforms and calculus of
variations MAT3920 Statistical methods (49 cp)
From 2000 onwards: CHE3101 Reaction engineering I CHE3102 Heat and
mass transfer I CHE3103 Heat and mass transfer II CHE3104
Momentum transfer II CHE3107 Process control CHE3108 Process design and
operation I CHE3109 Process design and operation II CHE3111 Transport
phenomena I
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In
1999 and 2000 only: CHE4102 Reaction engineering II CHE4109
Process design and operation III CHE4110 Process simulation and
control CHE4112 Environmental engineering CHE4114
Management I CHE4115 Management II CHE4117 Design
project (31 cp)
From 2001 onwards: CHE4102 Reaction engineering II CHE4109 Process
design and operation III CHE4110 Process simulation and control CHE4112
Environmental engineering CHE4114 Management I CHE4117 Design
project (30 cp)
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CHE3113
Thermodynamics II CHE3118 Chemical engineering practice III CHE3119
Chemical engineeirng practice IV CHE3130 Computer applications MAT3901
Statistics and integral transforms for engineering (48 cp)
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Civil
engineering
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Core
subjects ENG1201 Civil engineering ENG1401 Mechanical
engineering ENG1501 Materials engineering ENG1601 Engineering
context ENG1602 Engineering computing ENG1603 Engineering
systems ENG1902 Engineering mathematics B Two, one or none
(depending on prerequisites) of: ENG1701 Chemistry A ENG1801
Physics A ENG1901 Engineering mathematics A Elective
subjects One, two or three subjects (depending on prerequisites) selected
from: ENG1101 Chemical engineering ENG1301 Electrical
engineering ENG1702 Chemistry B ENG1802 Physics B ENE1620
Environmental engineering (36 cp)
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CIV2202
Surveying CIV2203 Communications CIV2204 Strength of materials CIV2205
Modelling and computing CIV2222 Steel framed structures CIV2223 Design of
concrete structures CIV2224 Timber and masonry structures CIV2241
Introductory geoengineering CIV2261 Water supply 1 CIV2281 Transport and
traffic MAT2911 Mathematical methods with applications I MAT2912
Mathematical methods with applications II (48 cp)
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In
1999 only: CIV3202 Civil engineering practice 3 CIV3203 Civil
engineering project management CIV3225 Steel structures CIV3227 Elastic
stress analysis CIV3228 Concrete structural design CIV3229 Analysis of
structures CIV3230 Inelastic structures CIV3244 Geoengineering, seepage
and environmental geoengineering CIV3245 Geoengineering geology CIV3246
Geoengineering: stability and settlement CIV3261 Hydraulics CIV3262
Public health engineering CIV3263 Hydrology CIV3281 Transport and traffic
engineering
From 2000 onwards: CIV3XXX Road engineering CIV3XXX Geoengineering
- strength and deformation CIV3XXX Geoengineering - stability CIV3XXX
Groundwater CIV3XXX Water supply 2 CIV3XXX Urban drainage and
sewerage CIV3XXX Building structures CIV3XXX Aging infrastructure and
building technology CIV3XXX Bridge structures CIV3XXX Business enterprise
and management CIV3XXX Project management CIV3XXX Statistics (48 cp)
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In
2000 only: CIV4210 Project A CIV4212 Civil engineering
practice 4 CIV4213 Civil engineering business management CIV4232
Timber, masonry and building technology CIV4233 Concrete
technology CIV4282 Highway engineering Plus at least fifteen credit
points required from civil engineering level-four elective subjects as set out
in subject list I.
From 2001 onwards: CIV4XXX.06 Project A Plus 18 cp's of electives
from level-four Civil elective subjects. (6 cp + 18 cp = 24 cp)
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Electrical
and computer systems engineering
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Core
subjects ENG1301 Electrical engineering ENG1602 Engineering
computing ENG1603 Engineering systems ENG1802 Physics B ENG1803
Physics C ENG1902 Engineering mathematics B Two, one or none
(depending on prerequisites) of: ENG1801 Physics A ENG1901
Engineering mathematics A Elective subjects One, two or three subjects
depending on whether ENG1801 and/or ENG1901 are required: ENG1101 Chemical
engineering ENG1201 Civil engineering ENG1401 Mechanical
engineering ENG1501 Materials engineering (36 cp)
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ECE2101
Signals and systems 1 ECE2201 Electromagnetics ECE2401
Telecommunications ECE2501 Electrical energy - generation and
distribution ECE2601 Electronics and control 1 ECE2701 Digital
logic ECE2702 Computer organisation and software engineering ECE2903
Physics of electronic devices MAT2901 Multivariable calculus for
engineering MAT2902 Linear algebra and differential equations for
engineering (40 cp)
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For
1999 only: Core subjects ECS3311 Circuit theory II ECS3312
Circuit theory III ECS3321 Electromagnetic theory II ECS3331
Control systems II ECS3361 Small-signal amplifiers ECS3362
Large-signal circuits ECS3371 Computer systems
engineering III ECS3381 Computer systems engineering IV ECS3392
Management II MAT3910 Integral transforms and calculus of
variations MAT3920 Statistical methods Computer systems stream ECS3343
Computer communications plus electives to a total of six cp chosen
from the level-three computer systems stream elective subjects in subject
list I. (46 cp) Electrical and electronic systems stream ECS3341
Information transmission ECS3351 Electrical energy II (45
cp) Telecommunications stream ECS3341 Information transmission ECS3342
Switching and signalling (45 cp)
From 2000 onwards: ECE3102 Signals and systems 2 ECE3202
Electromagnetic propogation ECE3301 Control systems 2 ECE3402 Information
transmission ECE3502 Electrical energy - machines and power
electronics ECE3602 Electronics 2 ECE3603 Electronics 3 ECE3703
Computer engineering ECE3704 Software engineering and real time
systems ECE3905 Design ECE3907 Engineering management A MAT3901
Statistics and integral transforms for engineering (48 cp)
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For
1999 and 2000 only: Core subjects ECS4393
Management III ECS4394 Thesis project A (9 cp) or ECS4395
Thesis project B (12 cp) Computer systems stream ECS4367 Electronic
systems and components ECS4373 Computer systems
engineering V plus electives to a total of 25/22 cp_ chosen from
the level-four computer systems stream elective subjects in subject
list I. (45 cp ) Electrical and electronic systems stream ECS3391
Electrical design ECS4313 Signal processing ECS4332 Modern control
systems ECS4353 Electrical energy systems I ECS4367 Electronic
systems and components plus electives to a total of 15/12 cp_ chosen
from the level-four electrical stream elective subjects in subject
list I (46 cp) Telecommunications stream ECS4313 Signal
processsing ECS4322 Microwave and mobile radio systems ECS4344 Digital
transmission and optical systems ECS4373 Computer systems
engineering V plus electives to a total of 19/16 cp_ chosen from
the level-four telecommunications stream elective subjects in subject
list I (46 cp) _Higher cp if nine-cp project chosen, lower if
twelve-cp project
From 2001 onwards: ECE4909 Project (12 cp) ECE4908 Engineering
management B (4 cp) Plus 24 cps of electives from level-four ECSE elective
subjects. (40 cp)
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Materials
engineering
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Core
subjects ENG1101 Chemical engineering ENG1201 Civil
engineering ENG1301 Electrical engineering ENG1401 Mechanical
engineering ENG1501 Materials engineering ENG1602 Engineering
computing ENG1902 Engineering mathematics B Elective subjects Any
two subjects (depending on prerequisites) selected from: ENG1701
Chemistry A ENG1702 Chemistry B ENG1801
Physics A ENG1802 Physics B ENG1901 Engineering mathematics
A ENG1603 Engineering systems (36 cp)
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MTE2501
Structure of engineering materials I MTE2502 Structure of engineering
materials II MTE2503 Phase equilibria and microstructure MTE2504
Thermomechanical analysis MTE2505 Polymer morphology and
structure MTE2521 Techniques in materials engineering 1 MTE2522
Techniques in materials engineering 2 MAT2911 Mathematical methods with
applications I MAT2912 Mathematical methods with applications II (40 cp)
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MTE3502
Physical metallurgy MTE3503 Engineering practice I MTE3504
Mechanical properties of polymers MTE3505 Fracture and fracture
mechanics MTE3506 Plasticity and metal shaping MTE3507
Ceramics MTE3508 Electrical and magnetic materials MTE3509 Polymer
rheology and processing MTE3510 Surfaces MTE3511 Mechanical behaviour of
metals and alloys (42 cp)
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For
2000 only: MTE4521 Engineering practice MTE4522 Engineering
design MTE4526 Project II (Candidates studying under this subject list
are automatically exempt from MTE4525 Project I but see
below.) MTE4560 Polymer engineering MTE4561 Metallurgical
engineering MTE4562 Ceramics engineering Plus subjects to the value of
fifteen credit points chosen from materials engineering level-four elective
subjects as set out in subject list I. MTE4525 Project I may be taken
instead of one elective but it must precede MTE4526 Project II.
From 2001 onwards: MTE4521 Engineering practice 2 MTE4522
Engineering design MTE4525 Project 1 MTE4526 Project 2 MTE4560 Polymer
engineering MTE4561 Metallurgical engineering MTE4562 Ceramics
engineering Plus 16 cps of electives from level-four materials elective
subjects. (48 cp)
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Mechanical
engineering
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Core
subjects ENG1201 Civil engineering ENG1301 Electrical
engineering ENG1401 Mechanical engineering ENG1501 Materials
engineering ENG1602 Engineering computing ENG1603 Engineering
systems ENG1902 Engineering mathematics B Elective subjects Any
two subjects (depending on prerequisites) selected from: ENG1701
Chemistry A ENG1702 Chemistry B ENG1801
Physics A ENG1802 Physics B ENG1901 Engineering mathematics
A ENG1101 Chemical engineering ENG1601 Engineering context (36 cp)
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ECS2300
Electrical engineering MEC2410 Engineering practices: drafting MEC2420
Engineering practices: design process MEC2430 Fluid mechanics MEC2440
Applied mechanics MEC2450 Engineering practices: design of machine
elements MEC2460 Mechanical design: materials selection MEC2470 Mechanics
of solids MEC2480 Fundamentals of energy conversion MEC2490 Computer
programming MAT2901 Multivariable calculus for engineering MAT2902 Linear
algebra and differential equations for engineering (47 cp)
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MEC3401
Fundamentals of heat transfer MEC3403 Engineering practices: machine
design MEC3406 Mechanical vibrations MEC3408 Deformation of
solids MEC3421 Engineering thermodynamics MEC3462 Systems and
control MEC3465 Fluid mechanics MEC3469 Computer-assisted
engineering MEC3494 Statistical analysis of mechanical systems (44 cp)
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Core
subjects MEC4401 Engineering practices: project thesis A MEC4403
Technology and society MEC4406 Engineering practices: project thesis
C MEC4424 Engineering practices: industrial innovation Elective
subjects Two approved electives from subject list 1 for the BE(Mechanical)
are to be taken. The subject ENG4611 Schools technology project may not be
included as one of the electives. (28 cp)
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