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Faculty of EngineeringSchool of Civil Engineering |
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Faculty of EngineeringSchool of Civil Engineering |
| Course: | Civil / Science (2015) |
| CP Required: | 240 |
| Min FT Duration: | 5.00 Years |
| Min PT Duration: | N/A |
| Faculty/School: | School of Civil Engineering |
| Years Offered: | 2025, 2024, 2023, 2022, 2021, 2020, 2019, 2018, 2017, 2016, 2015 |
| Type | CP | CP From |
Core
|
6 |
ENGG1800: Introduction to Engineering A |
Core
|
3 |
MATH1001: Differential Calculus Note: This unit is discontinued from 2018. Replacement unit is MATH1021. |
Core
|
3 |
MATH1002: Linear Algebra |
Core
|
6 |
PHYS1001: Physics 1 (Regular) |
| 6 |
Select from
Unit Block: Selected Junior Science Units Note: Science/Engineering combined degrees require 240 credit points, comprising 96 credit points from Science subject areas, with a major in one Science discipline, plus units prescribed for the Engineering specialisation. Science units forming part of core requirements in the Civil Engineering specialisation may be counted as part of the 96 credit point Science requirement. Refer to the requirements section for further details or consult resolutions for Combined Engineering /Science degree in Faculty handbooks http://sydney.edu.au/handbooks/engineering/undergraduate/combined.shtml#eng_science_comb . |
Note: Students wishing to enrol in more advanced alternatives to MATH1001, MATH1002 and PHYS1001 require Faculty approval.
| Type | CP | CP From |
Core
|
6 |
ENGG1802: Engineering Mechanics Note: From 2018, this unit is not available to Civil stream students. Replacement unit is CIVL1802. |
Core
|
6 |
ENGG1803: Professional Engineering 1 |
Core
|
3 |
MATH1003: Integral Calculus and Modelling Note: This unit is discontinued from 2018. Replacement unit is MATH1023. |
Core
|
3 |
MATH1005: Statistical Thinking with Data |
| 6 |
Select from
Unit Block: Selected Junior Science Units |
Note: Students wishing to enrol in more advanced alternatives to MATH1003 and MATH1005 require Faculty approval.
| Type | CP | CP From |
Core
|
6 |
ENGG1801: Engineering Computing Note: Students wishing to major in Computer Science can replace ENGG1801 with INFO1103. INFO1103 is discontinued from 2018. Replacement unit is INFO1110. |
Core
|
6 |
CIVL2201: Structural Mechanics |
Core
|
6 |
MATH2061: Linear Mathematics and Vector Calculus |
List
|
6 |
Select from
Unit Blocks: Selected Junior Science Units Selected Science Intermediate Units or other units. |
| Type | CP | CP From |
Core
|
6 |
GEOL1501: Engineering Geology 1 Note: GEOL1501 does not count for credit with GEOS1003 or GEOS1903. Students enrolled in a Science major which requires GEOS1003 or GEOS1903 are exempt from GEOL1501 and must instead complete an additional unit from the list of Civil electives. |
List
|
18 |
Select from
Unit Blocks: Selected Junior Science Units Selected Science Intermediate Units or other units. |
| Type | CP | CP From |
Core
|
6 |
CIVL2110: Materials |
Core
|
6 |
CIVL2810: Engineering Construction and Surveying [no longer running] |
List
|
12 |
Select from
Unit Blocks: Selected Junior Science Units Selected Science Intermediate Units Selected Senior Science Units or other units. |
| Type | CP | CP From |
Core
|
6 |
CIVL2230: Introduction to Structural Concepts and Design |
Core
|
6 |
CIVL2410: Soil Mechanics 1 |
Core
|
6 |
CIVL2611: Introductory Fluid Mechanics |
List
|
6 |
Select from
Unit Blocks: Selected Junior Science Units Selected Science Intermediate Units Selected Senior Science Units or other units. |
| Type | CP | CP From |
Core
|
6 |
CIVL3010: Sustainable Systems Engineering |
Core
|
6 |
CIVL3205: Concrete Structures 1 |
Core
|
6 |
CIVL3612: Fluid Mechanics |
Core
|
6 |
CIVL3812: Project Appraisal |
| Type | CP | CP From |
Core
|
6 |
CIVL3206: Steel Structures 1 |
List
|
18 |
Select from
Unit Blocks: Recommended Civil Engineering Electives Selected Junior Science Units Selected Science Intermediate Units Selected Senior Science Units or other units. |
| Type | CP | CP From |
Core
|
6 |
CIVL4022: Thesis A |
Core
|
6 |
CIVL4811: Engineering Design and Construction |
Core
|
0 |
ENGG4000: Practical Experience Note: ENGG4000 is the industry experience component of the engineering degree. While enrolment is in first semester of final year, the timing of the experience is flexible. Use of summer break is recommended. |
List
|
12 |
Select from
Unit Blocks: Recommended Civil Engineering Electives Selected Junior Science Units Selected Science Intermediate Units Selected Senior Science Units or other units. |
| Type | CP | CP From |
Core
|
6 |
CIVL4023: Thesis B |
Core
|
6 |
CIVL4903: Civil Engineering Design |
List
|
12 |
Select from
Unit Blocks: Recommended Civil Engineering Electives Selected Junior Science Units Selected Science Intermediate Units Selected Senior Science Units or other units. |
| Type | CP | CP From |
Core
|
6 |
CIVL3805: Project Scope, Time and Cost Management |
| 12 |
Select from
CIVL3813: Contracts Formulation and Management CIVL4814: Project Procurement and Tendering CIVL4815: Project Formulation Note: Students may not take more than three of these. |
Note: To meet specialisation requirements students must enrol in at least 3 electives from the relevant stream and undertake an Honours Thesis or Engineering Project in a related topic. Students may enrol in a maximum of 4 electives from the Constructions Engineering and Management stream.
| Type | CP | CP From |
Core
|
6 |
CIVL3614: Hydrology |
| 12 |
Select from
CIVL5351: Geoenvironmental Engineering CIVL5668: Fundamentals of Wind Engineering for Design CIVL5670: Reservoir, Stream and Coastal Engineering |
Note: To meet specialisation requirements students must enrol in at least 3 electives from the relevant stream and undertake an Honours Thesis or Engineering Project in a related topic.
| Type | CP | CP From |
Core
|
6 |
CIVL3411: Geotechnical Engineering 1 |
| 12 |
Select from
CIVL5351: Geoenvironmental Engineering CIVL5452: Geotechnical Engineering 2 CIVL5458: Numerical Methods in Civil Engineering |
Note: To meet specialisation requirements students must enrol in at least 3 electives from the relevant stream and undertake an Honours Thesis or Engineering Project in a related topic.
| Type | CP | CP From |
Core
|
6 |
CIVL3235: Structural Analysis |
| 12 |
Select from
CIVL5266: Steel Structures - Stability CIVL5269: Advanced Concrete Structures CIVL5458: Numerical Methods in Civil Engineering |
Note: To meet specialisation requirements students must enrol in at least 3 electives from the relevant stream and undertake an Honours Thesis or Engineering Project in a related topic.
| Unit Code | Unit Name | CP | Sessions Offered |
| CIVL3235 | Structural Analysis | 6 |
Semester 2 |
| CIVL3411 | Geotechnical Engineering 1 | 6 |
Semester 2 |
| CIVL3614 | Hydrology | 6 |
Semester 2 |
| CIVL3805 | Project Scope, Time and Cost Management | 6 |
Semester 1 |
| CIVL3813 | Contracts Formulation and Management | 6 |
Semester 2 |
| CIVL4814 | Project Procurement and Tendering | 6 |
Semester 2 |
| CIVL4815 | Project Formulation | 6 |
Semester 1 |
| CIVL5266 | Steel Structures - Stability | 6 |
Semester 1 |
| CIVL5269 | Advanced Concrete Structures | 6 |
Semester 2 |
| CIVL5351 | Geoenvironmental Engineering | 6 |
Semester 2 |
| CIVL5458 | Numerical Methods in Civil Engineering | 6 |
Semester 1 |
| CIVL5668 | Fundamentals of Wind Engineering for Design | 6 |
Semester 1 |
| CIVL5670 | Reservoir, Stream and Coastal Engineering | 6 |
Semester 1 |
Note:
Junior, Intermediate and Senior Science units should be selected so as to ensure that 72 credit points of Science units, including one major, are completed in addition to the units completed as part of the engineering core. Every major requires at least 24 credit points of senior units plus varying amounts of intermediate and junior credit points as prerequisites for the senior units. Please see Science Faculty 2011 handbook for details of specific majors.
Students who need to enrol in COSC1001, COSC1002, COSC1003 or GEOS1003 (or the advanced versions COSC1901, COSC1902, COSC1903 or GEOS1903) to complete their science degree must consult with the Civil student advisor before comencing their degree.
This information is correct as of 2015. Since then, other faculties have undergone substantial curriculum changes and, as such, some of this unit/major information may be outdated. Please contact the relevant faculty and review the faculty handbook for more up-to-date information about units, majors and transitional arrangements.
Note:
Junior, Intermediate and Senior Science units should be selected so as to ensure that 72 credit points of Science units, including one major, are completed in addition to the units completed as part of the engineering core. Every major requires at least 24 credit points of senior units plus varying amounts of intermediate and junior credit points as prerequisites for the senior units. Please see Science Faculty 2011 handbook for details of specific majors.
This information is correct as of 2015. Since then, other faculties have undergone substantial curriculum changes and, as such, some of this unit/major information may be outdated. Please contact the relevant faculty and review the faculty handbook for more up-to-date information about units, majors and transitional arrangements.
Note:
Junior, Intermediate and Senior Science units should be selected so as to ensure that 72 credit points of Science units, including one major, are completed in addition to the units completed as part of the engineering core. Every major requires at least 24 credit points of senior units plus varying amounts of intermediate and junior credit points as prerequisites for the senior units. Please see Science Faculty 2011 handbook for details of specific majors.
This information is correct as of 2015. Since then, other faculties have undergone substantial curriculum changes and, as such, some of this unit/major information may be outdated. Please contact the relevant faculty and review the faculty handbook for more up-to-date information about units, majors and transitional arrangements.