Master of Engineering (Civil and Infrastructure)

Degree Level Postgraduate

Years

Australian students

Start Date
February
July

Campus
Mawson Lakes

Duration
2 year(s) full-time

Program Code
LMCL

SATAC Code
4CM154 (Internal)
4CM155 (Internal)
4CM156 (Internal)

Study as
Full-time or part-time

Fees
Commonwealth Supported

Entry requirements
Applicants are required to have:
- A completed four-year Bachelors degree in civil engineering or a related discipline from a recognised higher education institution or equivalent; OR
- A Graduate Certificate, or Graduate Diploma in civil engineering
Applicants who have completed a Bachelor degree in civil engineering; or Graduate Certificate in civil engineering, may be eligible to enter the program with 0.5 EFTSL Advanced Standing and complete the program in 1.5 years of full time study or equivalent part time study.

Applicants who have completed a Bachelor (Honours) degree in civil engineering; or Graduate Diploma in civil engineering, may be eligible to enter the program with 1.0 EFTSL Advanced Standing and complete the program in 1 year of full time study or equivalent part time study.

A related discipline may be other four year duration engineering or science degrees depending on the specialisation selected. Applicants who do not meet the standard entry requirements, will be assessed on a case by case basis by the Program Director.
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Aim

The Master of Engineering (Civil and Infrastructure) aims to provide graduates and current practitioners with an advanced level of knowledge and skills in a range of areas relevant to the structural and geotechnical sectors of Civil Engineering.

Content & Structure

The program requires completion of 49.5 units of core courses and 22.5 units of elective courses in civil engineering. On completion of these courses students should be able to:

Apply and synthesise civil engineering theories in solving practical infrastructure problems
Create and design models to be used in infrastructure design and analysis
Adapt data analysis methods at advanced level
Utilise advanced modelling techniques to solve a range of practical problems in civil engineering
Develop advanced skills to communicate with civil engineering and related professionals

What courses you'll study

Course name	Area and cat no.	Units	Reference
FIRST YEAR
First Semester (Study Period 1, 2 or 3)
Principles of Project Management	BUSS 5142	4.5	Note(s): 1
Geographical Information Systems and Analysis	GEOE 5001	4.5
Seminar in Sustainability	ENVT 5007	4.5
Elective 1		4.5	Note(s): 4
Second Semester (Study Period 4, 5 or 6)
Research Theory and Practice	ENGG 4005	4.5
Civil Engineering Design Project	CIVE 4008	9
Elective 2		4.5	Note(s): 4
SECOND YEAR
First Semester (Study Period 1, 2 or 3)
NBE Masters Thesis Part A	CIVE 5089	9	Note(s): 3
Research Data Analysis	CIVE 5015	4.5
Elective 3		4.5	Note(s): 2,4
Second Semester (Study Period 4, 5 or 6)
NBE Masters Thesis Part B	CIVE 5090	9	Note(s): 3
Elective 4		4.5	Note(s): 2,4
Elective 5		4.5	Note(s): 2,4

Electives

Course name	Area and cat no.	Units
YEAR 1 - SP2
Procurement and Contract Management	BUSS 5143	4.5
Project Risk Management	BUSS 5070	4.5
Prestressed Concrete Design	CIVE 4034	4.5
Environmental Engineering and Modelling	CIVE 4038	4.5
Advanced Geotechnical Engineering	CIVE 5083	4.5
YEAR 1 - SP5
Cold-formed Steel Design	CIVE 4035	4.5
Earthquake and Masonry Engineering	CIVE 4036	4.5
Project Control Methods	BUSS 5163	4.5
Project Leadership and Teams	BUSS 5102	4.5
YEAR 2 - SP2
Spatial Analysis and Modelling	GEOE 5016	4.5
Project Governance and Ethics	BUSS 5387	4.5
YEAR 2 - SP5
Strategy in Project Organisations	BUSS 5146	4.5
Environmental Impact Assessment N	ARCH 5041	4.5
Sustainable Development Assessment	ENVT 5036	4.5

Rules & notes

Notes

1. It is recommended that students complete this course prior to undertaking other Project Management electives in this program.

2. Students must have completed a fundamental course in Project Management prior to undertaking higher level project management related electives in this program. Fundamental courses include: Principles of Project Management; Project Risk Management; Project Control Methods; and Project Leadership and Teams.

3. Students must undertake both Natural and Built Environments Thesis (SP2) and (SP5). The order in which they take these courses will depend on the study period in which they commence the research project. The courses combine to provide 18 units in total of a single research project for the degree.

4. With Program Director approval, students may complete electives from the Water Resources Management specialisation.

Professional accreditation and recognition

This program is professionally accredited by Engineers Australia and is designed to meet the requirements for graduate membership of Engineers Australia and comparable international institutions through the Washington Accord. Such accreditation is provisional until the program produces its first graduates.