Level |
Subject |
Credit points |
Prerequisites |
Corequisites |
Bachelor of Environmental Engineering(available at Clayton campus only) |
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Level 1 |
Core subjects |
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ENE1620 Environmental engineering |
4 |
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ENG1101 Chemical engineering |
4 |
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ENG1201 Civil engineering |
4 |
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ENG1602 Engineering computing |
4 |
Basic keyboard skills assumed |
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ENG1603 Engineering systems |
4 |
VCE Specialist Mathematics or ENG1901 |
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ENG1702 Chemistry B |
4 |
VCE Chemistry or ENG1701 |
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ENG1902 Engineering mathematics B |
4 |
VCE Specialist Mathematics or ENG1901 |
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LSC1643 Biodiversity and bioresources |
4 |
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LSC1644 Conservation biology |
4 |
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Subtotal: 36 cp |
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Three, two, one or none subjects (depending on prerequisites) selected from: |
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ENG1701 Chemistry A |
4 |
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ENG1801 Physics A |
4 |
VCE Mathematical Methods |
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ENG1901 Engineering mathematics A |
4 |
VCE Mathematical Methods |
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Elective subjects |
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None, one, two or three subjects (depending on prerequisites) of which at least one (if required) must by chosen from Group 1: |
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Group 1: |
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ENG1401 Mechanical engineering |
4 |
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ENG1601 Engineering context |
4 |
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PHS1842 Physics for the environment |
4 |
VCE Physics or ENG1801 |
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Group 2: |
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MEC1414 Engineering practices: drafting |
4 |
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Later year subjects (prerequisites permitting) |
4 |
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Other electives approved by the director |
4 |
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Total: 48 cp |
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Level 2 |
Core subjects |
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BIO2011 Ecology |
4 |
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CHE1120 Industrial chemistry |
4 |
VCE Chemistry or ENG1701 |
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CHE2120 Thermodynamics |
4 |
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CIV2222 Steel framed structures |
4 |
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CIV2261 Water supply I |
4 |
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ENE2101 Process engineering I |
4 |
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ENE2102 Process engineering II |
4 |
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ENE2503 Materials properties and recycling |
4 |
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ENE2604 Communications for environmental engineers |
4 |
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GES2420 Environmental policy and management |
4 |
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MAT2901 Multivariable calculus for engineering |
4 |
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MAT2902 Linear algebra and differential equations for engineering |
4 |
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Total: 48 cp |
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Level 3 & 4 |
From level 3, the course is divided into three streams: 1 Environmental process engineering; 2 Water and land management; 3 Transport and the built environment. The student must choose either one major or two minor elective streams, taking core subjects at each level as well as stream core and stream elective subjects from their chosen stream(s). Stream electives subjects are divided into two groups, A and B. A major stream comprises a minimum of twenty credit points from group A and a minimum of eight credit points from group B (total thirty-two credit points); a minor comprises twelve credit points from group A and four credit points from group B in each of two elective streams (total thirty-two credit points). Students' choice of electives must be approved by the Environmental Engineering Executive Committee. |
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Level 3 |
Core subjects |
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CIV3244 Groundwater, seepage and environmental geoengineering |
3 |
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ENE3408 Energy systems |
4 |
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ENE3602 Environmental management systems |
4 |
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ENE3603 Impact of engineering systems |
4 |
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ENE3604 The air environment |
3 |
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ENE3605 The water environment |
3 |
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ENE3607 Environmental engineering laboratory |
1 |
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ENV3002 Environmental monitoring |
6 |
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Subtotal: 28 cp |
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Stream core |
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Either: Environmental process engineering stream |
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CHE3107 Process control |
4 |
ENE2102, MAT2920 |
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or: other streams |
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CIV3202 Civil engineeering practice 3 |
4 |
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Electives |
16 |
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Total: 48 cp |
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Level 4 |
Core subjects |
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ENV411F Law and the environment |
4 |
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ENE4602 Environmental policy |
4 |
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ENE4601 Risk assessment, occupational health and toxiocology |
4 |
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ENV412F Introduction to economics |
4 |
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Subtotal: 16 cp |
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Stream core |
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Either: Environmental process engineering stream |
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CHE3101 Reaction engineering I |
3 |
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CHE4114 Management I |
3 |
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CHE4117 Design project |
10 |
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or: other streams |
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CIV4213 Civil engineering business management |
3 |
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ENE4212 Environmental design |
6 |
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ENE4603 Environmental project |
6 |
Completion of 116 cp and level-3 subjects in chosen area |
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Electives |
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for environmental process engineering stream |
16 |
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for other streams |
17 |
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Total: 48 cp |
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Stream elective subjects |
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Water and land management |
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Group A |
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CIV3261 Hydraulics |
4 |
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CIV3263 Hydrology |
3 |
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CIV4248 Geoengineering hazards |
5 |
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CIV4265 Hydraulic engineering |
5 |
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CIV4267 Hydrology and water resources |
5 |
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CHE4151 Wastewater treatment processes |
3 |
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CIV3246 Geoengineering: stability and settlement |
3 |
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ENE4506 Materials and the environment |
4 |
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MEC3465 Fluid mechanics |
6 |
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MEC4432 Environmental fluid mechanics |
4 |
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Group B |
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A full list of subjects is available from the course director. |
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Environmental process engineering |
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Group A |
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CHE3102 Heat and mass transfer I |
3 |
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CHE3104 Momentum transfer II |
3 |
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CHE3108 Process design and operation I |
3 |
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CHE3109 Process design and operation II |
3 |
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CHE4109 Process design and operation III |
4 |
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CHE4110 Process simulation and control |
4 |
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CHE4151 Wastewater treatment processes |
3 |
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CHE4152 Cleaner production technologies |
3 |
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ENE4506 Materials and the environment |
4 |
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Group B |
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A full list of subjects is available from the course director. |
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Transport and the built environment |
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Group A |
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CIV2204 Strength of materials |
4 |
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CIV2223 Concrete structures |
4 |
CIV2260 |
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CIV3228 Concrete structural design |
3 |
CIV2260 |
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CIV3246 Geoengineering: stability and settlement |
3 |
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CIV2281 Transport and traffic |
4 |
ECS1610 or ENG1602 |
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CIV2224 Timber and masonry structures |
4 |
CIV1210 or ENG1201 |
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CIV4233 Concrete technology |
3 |
CIV2260 |
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CIV4244 Soil engineering |
5 |
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CIV4282 Highway engineering |
4 |
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CIV4283 Transport planning |
5 |
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CIV4284 Transport systems |
5 |
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ENE4201 Transport, land use and the environment |
5 |
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ENE4506 Materials and the environment |
4 |
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MEC4444 Industrial noise and its control |
6 |
MAT2910, MAT2920 |
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MEC4417 Refrigeration and air conditioning |
6 |
MEC4414 |
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Group B |
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A full list of subjects is available from the course director. |
Requirements
for the degree in environmental engineering
The student requires 192 credit points for the degree.