Note: This course version is currently under review and is subject to change.
ProgramsEngENGI (UG)BEHons CombinedBE/BPM 2019+BE/BPM pre-2018Civil / Project Management (2017)
Show information forcommencing students (ie. started First Year then).
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Year 1 - Semester 1
| SITS Diet Block/Type | CP | Unit of Study/Unit Block |
| 3 | MATH1001: Differential Calculus Note: This unit is discontinued from 2018. Replacement unit is MATH1021. | |
| 3 | MATH1002: Linear Algebra | |
| 6 | ENGG1111: Integrated Engineering 1 | |
| 6 | ENGG1850: Introduction to Project Management | |
| 6 | CIVL1900: Introduction to Civil Engineering |
Note: ENGG1111 may be replaced by ENGG1061 Advanced Engineering for approved students. MATH1001 and MATH1002 may be replaced by advanced units MATH1901 and MATH1902.
Year 1 - Semester 2
| SITS Diet Block/Type | CP | Unit of Study/Unit Block |
| 3 | MATH1003: Integral Calculus and Modelling Note: This unit is discontinued from 2018. Replacement unit is MATH1023. | |
| 6 | PMGT1852: Facilitation and Stakeholder Engagement | |
| 3 | MATH1005: Statistical Thinking with Data | |
| 6 | GEOL1501: Engineering Geology 1 | |
| 6 | ENGG1802: Engineering Mechanics Note: From 2018, this unit is not available to Civil stream students. Replacement unit is CIVL1802. |
Note: MATH1003 and MATH1005 may be replaced by advanced units MATH1903 and MATH1905.
Year 2 - Semester 1
| SITS Diet Block/Type | CP | Unit of Study/Unit Block |
| 6 | CIVL2110: Materials | |
| 6 | ENGG2850: Project Cost and Finance Note: Exclusion with CIVL2812, ENGG2850 is to be taken in preference | |
| 6 | CIVL2201: Structural Mechanics | |
| 6 | ENGG1801: Engineering Computing |
Year 2 - Semester 2
| SITS Diet Block/Type | CP | Unit of Study/Unit Block |
| 2 | ENGG2111: Integrated Engineering 2 | |
| 6 | CIVL1810: Engineering Construction and Surveying | |
| 6 | CIVL2010: Environmental Engineering | |
| 6 | BUSS1040: Economics for Business Decision Making | |
| 6 | ENGG2852: Project Based Organisational Behaviour [not offered in 2020] Note: This unit is discontinued from 2019. Replacement unit is PMGT2854. |
Note: ENGG2111 may be replaced by ENGG2062 Engineering Project: Business Plan 2 Adv, with Faculty approval.
Year 3 - Semester 1
| SITS Diet Block/Type | CP | Unit of Study/Unit Block |
| 6 | MATH2061: Linear Mathematics and Vector Calculus | |
| 6 | CIVL2700: Transport Systems | |
| 6 | ENGG2851: Project Analytics | |
| 6 | PMGT3856: Sustainability and Knowledge Management |
Year 3 - Semester 2
| SITS Diet Block/Type | CP | Unit of Study/Unit Block |
| 6 | CIVL2611: Introductory Fluid Mechanics | |
| 6 | CIVL2410: Soil Mechanics 1 | |
| 6 | ENGG2855: Project Acceptance | |
| 6 | PM Elective |
Year 4 - Semester 1
| SITS Diet Block/Type | CP | Unit of Study/Unit Block |
| 2 | ENGG3111: Integrated Engineering 3 | |
| 6 | PMGT3858: Adapting to Project Context | |
| 6 | CIVL3612: Fluid Mechanics | |
| 6 | CIVL3205: Concrete Structures 1 | |
| 6 | ENGG3853: Project Risk Management: Tools & Techniques |
Note: ENGG3111 may be replaced by ENGG3062 Technology Education (Adv), with Faculty approval.
Year 4 - Semester 2
| SITS Diet Block/Type | CP | Unit of Study/Unit Block |
| 6 | PMGT3855: Project Variance Analysis | |
| 6 | CIVL3811: Engineering Design and Construction | |
| 6 | CIVL3206: Steel Structures 1 | |
| 6 | ENGG3854: Legal Aspects of Projects |
Year 5 - Semester 1
| SITS Diet Block/Type | CP | Unit of Study/Unit Block |
| 2 | ENGG4111: Integrated Engineering 4 | |
List | 12 | Select from Civil Specialist - Breadth Civil Specialist - Depth Note: Students may defer 6cp from this block to semester 2. |
| 0 | ENGG4000: Practical Experience | |
| 6 | CIVL4903: Civil Engineering Design | |
| 6 | CIVL4022: Thesis A |
Note: ENGG4111 may be replaced by ENGG4064/5 Advanced Engineering Design A/B, with Faculty approval.
Year 5 - Semester 2
| SITS Diet Block/Type | CP | Unit of Study/Unit Block |
| 6 | CIVL4023: Thesis B | |
List | 6 | Select from Civil Specialist - Breadth Civil Specialist - Depth Note: Students who have done only 6cp of Civil electives in Semester 1 must complete 12cp of these electives here. |
| 6 | PMGT3857: International Project Management |
Requirements for this Pathway
From 2019 onwards, all engineering majors will be converted to the 48 credit point format, and several new majors will be introduced - details can be viewed in the 2019 degree structures.
You can find more information at https://canvas.sydney.edu.au/courses/2806/pages/feit-your-studies-bachelor-of-engineering-majors
48cp Majors
| Type | CP | CP From |
| View complete Program Structure | ||
Note:
From 2019 onwards, all engineering majors will be converted to the 48 credit point format, and several new majors will be introduced - details can be viewed in the 2019 degree structures.
You can find more information at https://canvas.sydney.edu.au/courses/2806/pages/feit-your-studies-bachelor-of-engineering-majors
Major in Construction Management (24cp)
Note:
An additional 6 Credit points must be taken from:
A maximum of 6cp from any other CIVL3####, CIVL4#### or CIVL5### unit from the Civil Core Table or the Civil Specialist Table(s)
Major in Environmental Engineering (24cp)
Note:
An additional 6 Credit points must be taken from:
A maximum of 6cp from any other CIVL3####, CIVL4#### or CIVL5### unit from the Civil Core Table or the Civil Specialist Table(s)
Major in Geotechnical Engineering (24cp)
Note:
An additional 6 Credit points must be taken from:
A maximum of 6cp from any other CIVL3####, CIVL4#### or CIVL5### unit from the Civil Core Table or the Civil Specialist Table(s)
Major in Humanitarian Engineering (24cp)
| Type | CP | CP From |
Core
|
6 |
ASNS2665: Understanding Southeast Asia Note: Students may take PMGT3857, EDUF3026, ITLS6007 or HSBH3009 instead of ASNS2665 as part of the Humanitarian Engineering major |
Core
|
6 |
CIVL3310: Humanitarian Engineering |
Core
|
6 |
CIVL5320: Engineering for Sustainable Development |
Core
|
6 |
CIVL5330: Global Engineering Field Work Note: Students may take SLIC3000 or SLIC4000 instead of CIVL5330 as part of the Humanitarian Engineering major |
| View complete Program Structure | ||
Major in Structures (24cp)
Note:
An additional 6 Credit points must be taken from:
A maximum of 6cp from any other CIVL3####, CIVL4#### or CIVL5### unit from the Civil Core Table or the Civil Specialist Table(s)
Major in Transport Engineering (24cp)
| Type | CP | CP From |
Core
|
6 |
CIVL3703: Transport Policy, Planning and Deployment |
| 6 |
Select from
CIVL5701: Transport Networks |
|
| 6 |
Select from
CIVL5702: Traffic Engineering |
|
| View complete Program Structure | ||
Note:
An additional 6 Credit points must be taken from:
A maximum of 6cp from any other CIVL3###, CIVL4### or CIVL5### unit from the Civil Core Table or the Civil Specialist Table(s)
Block 1 - Engineering Core (Min CP: 36,Max CP: 48)
Note:
Complete a minimum of 36cp including:
- ENGG4000 Practical Experience (0cp)
- Exactly 6cp from ENGG1111 Integrated Engineering 1 (6cp) OR ENGG1061 Advanced Engineering 1A (6cp) (see note 1)
- At least 2cp from ENGG2xxx Integrated Engineering 2 (2cp) OR ENGG2062 Engineering Project Business Plan 2 Adv (6cp) (see note 1) OR AERO2711 Aerospace Engineering Project 1 (see note 1)
- At least 2cp from ENGG3xxx Integrated Engineering 3 (2cp) OR ENGG3062 Technology Education (Advanced) (6cp) (see note 1) OR AERO3711 Advanced Aerospace Project 2 (see note 1)
- At least 2cp from ENGG4xxx Integrated Engineering 4 (2cp) OR ENGG4064 Advanced Engineering Design A (6cp) (see note 1) OR ENGG4065 Advanced Engineering Design B (6cp) (see note 1) OR AERO4711 Advanced Aerospace Project 3 (see note 1)
- Exactly 12cp of MATH1xxxx units: MATH1001 Differential Calculus (3cp) AND MATH1002 Linear Algebra (3cp) AND MATH1003 Integral Calculus AND Modelling (3cp) MATH1005 Statistics (3cp)
- A minimum of 12cp of (see notes 2,3) from either AMME4111-4112 Thesis A & B (6cp+6cp) OR CHNG4811-CHNG4812 hesis A & B (6cp+6cp) OR CIVL4022-4023 Thesis A & B (6cp+6cp) OR ELEC4712-4713 Thesis A & B (6cp+6cp) OR AMME4010 Major Industrial Project (24cp) OR CHNG4203 Major Industrial Project (24cp) OR ELEC4714 Major Industrial Project (24cp)
Note 1. The Advanced Engineering units are only available to students who have been accepted into the relevant year of the Advanced Engineering program.
Note 2. All Thesis A units are mutually prohibited (meaning that only one can be completed), and all Thesis B units have the associated Thesis A unit as a pre-requisite. Students may undertake only the Thesis units relevant to their stream.
Block 2 - Civil Core (Min CP: 102,Max CP: 108)
Block 3 - PM Core (Min CP: 66,Max CP: 66)
Block 4 - Civil Specialist - Breadth (Min CP: 6,Max CP: 18)
Block 5 - Civil Specialist - Depth (Min CP: 12,Max CP: 36)
Block 6 - PM Elective (Min CP: 18,Max CP: 18)
| Unit Code | Unit Name | CP | Sessions Offered |
| PMGT2854 | Executing Projects | 6 |
Semester 2 |
| PMGT3856 | Sustainability and Knowledge Management | 6 |
Semester 1 |
| PMGT3857 | International Project Management | 6 |
Semester 2 |
| Course: | Civil / Project Management (2017) |
| CP Required: | 240 |
| Min FT Duration: | 5.00 Years |
| Min PT Duration: | N/A |
| Faculty/School: | Faculty of Engineering |
| Years Offered: | 2018, 2017, 2016, 2015 |
| Requirements: | In summary the requirements are: Students must complete 240 credit points as follows: Engineering (156 credit points): ► 36 credit points of Engineering core units ► 102 credit points of Civil stream core units ► 12 credit points of Civil Specialist depth units ► 6 credit points of Civil Specialist breadth units Project Management: ► 66 credit points of Project Management core units ► 18 credit points of Project Management elective units The handbook rules governing this degree are as follows: To qualify for the award of the combined degree: (a) For all Bachelor of Engineering combined degrees a candidate must complete 240 credit points and satisfy any additional requirements specified. (b) Where the requirements specified in the following clauses account for less than the total required credit, candidates must complete additional units of study from the tables relevant to the Bachelor of Engineering as may be necessary to satisfy the requirements of the degree. Requirements for the Bachelor of Engineering For the Bachelor of Engineering component of a combined degree: (a) The units of study that may be taken for the Bachelor of Engineering component of the combined degree are set out in the tables of units of study for the Bachelor of Engineering single degree; (b) Except where approved, all candidates must complete a minimum of 144 credit points comprising: (i) 36cp from the Engineering Core Table, including all required units; (ii) 108cp from the Engineering Stream Core Table pertaining to the specialist stream being undertaken, including all required units; (c) The Faculty Board may approve, based on appropriate academic justification, a list of approved unit alternatives. These alternatives specify, for particular Engineering stream / combined degree combinations, units within the normal requirements for the Bachelor of Engineering component of the combined degree that can be replaced by specified alternative units that would form part of the normal program for single degree students in that stream. Candidates who do not meet the requirements for the award of the Bachelor of Engineering Honours but who have otherwise satisfied the requirements of the Bachelor of Engineering shall graduate with the Bachelor of Engineering pass degree. Requirements for the Bachelor of Project Management For the Bachelor of Project Management component of a combined degree: (a) Candidates must complete the core units of study as set out in the Bachelor of Project Management Unit of Study Table. (b) 18cp from the Project Management Electives Table must be completed. Engineering Honours Requirements (a) an EWAM of at least 65 immediately prior to the semester in which a thesis unit of study is first attempted; and (b) have an EIHWAM of at least 65 at the completion of the degree; and (c) complete the requirements within a time limit of 5 years for a single Bachelor of Engineering Honours degree or complete the requirements within a time limit of 6 years for a combined Bachelor of Engineering Honours combined degree. Candidates who satisfy the requirements for the Engineering degree, but who have not satisfied each of Clauses (a), (b) and (c), will qualify for the award of the Bachelor of Engineering degree (i.e. the PASS degree, awarded without Honours). Advanced units in Maths and Science Most units of study offered by the Science Faculty on the list of core requirements can be replaced by an equivalent advanced level unit; subject to prerequisite conditions (as required by the Faculty of Science) being met. Students considering doing advanced options should seek advice from their department before enrolling. Study Abroad Students undertaking Study Abroad in a particular year of their degree must enrol in the appropriate International Exchange Program units of study as an alternative to a semester`s standard units. Permission from the relevant Head of School must be sought prior to enrolling in exchange units of study. Faculty Resolutions Details of relevant Faculty resolutions are available via the university handbook site at: http://sydney.edu.au/handbooks/ |
