Master of Engineering

Name: Master of Engineering
Price: <p>Fee type for this course: <a href='#fees-and-scholarships'> Full fee </a></p> AUD

VU course code: NMEN | CRICOS: 084876G | Level of study: Postgraduate

Duration

2 years full time or longer for part time

Delivery mode

In Person

Fees

Fee type for this course: Full fee

Location

Footscray Park

Next start date

24 February 2025

Application closes

16 February 2025

View all start dates

Overview

Gain specialised skills in electrical power, telecommunications, or civil engineering and aim for a top engineering career with the Master of Engineering from Victoria University.

The Master of Engineering prepares you for work in fast-growing industries, with a strong emphasis on real-world problem-solving and international trends.

You’ll acquire targeted skills through a combination of coursework, design exercises and research. You’ll have the chance to develop and implement innovative telecommunication, power-distribution or civil-engineering solutions, with real-world applications.

Our College of Sport, Health and Engineering has world-class facilities, including high-tech engineering labs, strong industry connections and a passionate research community.

Awards & recognition

Engineering at VU is:

#1 in Victoria, Overall Quality of Education in Engineering, undergraduate level (GOS 2020)
top 3% of universities worldwide (THE, 2023)
#1 in Australia, employability (QILT, 2017-2020)
well above world standard (outstanding performance) – electrical and electronic engineering, and engineering overall (Excellence in Research for Australia, ERA, 2018).

: On successful completion of this course, students will be able to:

Conceptually map the most recent theoretical developments in their Engineering specialisation and justify their application in various contemporary and emerging professional contexts;

Contribute to the discourse and practice around ‘engineering sustainability’ and elaborate the links between Engineering and innovation;

Critically apply knowledge and skills relevant to both their chosen specialisation and the broader discipline of Engineering to new and uncertain professional practice scenarios, exhibiting a high level of personal autonomy and accountability;

Design and evaluate Engineering projects or research which address complex issues and communicate subsequent findings to specialist and non-specialist audiences; and

Formulate and implement project management strategies that accurately meet stakeholder needs and expectations.
: When you study for a Masters of Engineering with VU, you’ll be part of a world-class research environment. The Engineering at VU is ranked well above world standard (outstanding performance) by Excellence in Research for Australia.
You’ll have access to state-of-the art labs with modern equipment. Our support services, programs and infrastructure give you the best road to success in your postgraduate study.
: The College of Sport, Health and Engineering has associated institutes and centres that conduct independent research. The centres work closely with industry and community partners to produce cutting-edge, innovative engineering solutions.
As part of your masters research, you’ll have the chance to work with world-class programs within the Institute for Sustainable Industries & Liveable Cities.
: We offer fantastic opportunities to work with other universities and industry partners, as part of your research.
University partnerships include:
Deakin University
University of NSW
Technion
University of California Los Angeles
Sunchon National University (Korea)
Nanjing University of Technology
Fudan University (China)
Industry and government partners include:
Barwon Water
Central Highlands Water
Crusader Hose Pty Ltd
CSIRO
Dairy Innovation Australia Ltd
Departments of Health, Primary Industries, Sustainability and Environment
Fonterra cooperative
Ericsson
Greater Western Water
GWMWater
Intrax
Maribyrnong City Council
Melbourne Water
Multiplex
Regional Victoria Food Clusters
Structerre
Telstra
Transurban
Veolia Water Australia Pty Ltd
Victoria Chemical Company
Water Research Australia.
: Achieve your full potential with The Learning Hub, which help you develop your confidence, academic ability, and study skills.
Benefit from in-person mentoring and study sessions, along with a range of digital learning modules that you can access anytime.
Get help from our online, 24/7 support service to polish your assignments before you submit, and receive guidance on writing, referencing, maths and more.
Read more about The Learning Hub

Specialisations

: This civil engineering specialisation offers in-demand technical skills for a range of careers in infrastructure design and improvement.
It builds on the highly successful and industry-renowned Bachelor of Engineering (Honours) (Civil Engineering) and is designed to fulfil the growing demand for professionals with advanced knowledge and problem-solving skills in civil engineering.
Civil engineering is one of the oldest technical professions providing infrastructure for societies. It has a role in both private and public sectors, with job opportunities in planning, designing, constructing and management of essential community infrastructure.
More VU Civil Engineering graduates are in full-time employment in Victoria than any other university graduates (QILT, 2019). With a Master of Engineering, specialising in Civil Engineering, you will be prepared to work in construction, transport, water provision, mining, defence, or government.
: The electrical power specialisation comprises coursework, design projects and research, with a particular focus on contemporary 'Smart' electricity systems.
The course builds on the Bachelor of Engineering (Honours) (Electrical and Electronic Engineering), and is designed to meet the global and national demand for professionals with advanced skills in creating Smart-compliant electricity grids.
Through work-related learning, you will gain expertise in upgrading electricity grids to 21st-century standards – incorporating sensors, electronics, controls, and wireless devices. You will graduate ready for a successful career in this high-demand area.
: Gain specialised skills and expertise in the telecommunications field, specifically for wireless and network engineering, with the Master of Engineering Telecommunications specialisation.
The course builds on the Bachelor of Engineering (Honours) (Electrical and Electronic Engineering), and is designed to meet employment demand in the telecommunications industry within Australia and overseas.
Through coursework, design exercises and research, you will gain advanced understanding of connecting mobile broadband and fibre to premises - the current growth drivers of the global telecommunications industry.
You will benefit from our high research achievements in this area, which place us 'well above world standard' according to the ERA.

Entry requirements

When assessing your application, we consider your education, work experience, current skills and personal attributes (where relevant).

Applicants for this course will need to meet the entry criteria outlined below. If you don’t meet the entry criteria, you may be able to gain entry by first completing a different course. We call this a ‘pathway’.

For PhD applicants, we offer a related ‘Integrated PhD’ which allows you to establish relevant skills before beginning your research.

You may also be eligible for course ‘credits’, where you are granted a unit or units towards your qualification for equivalent previous study or work experience, so you can graduate sooner.

Entry criteria

Credit & Entry pathways into this course

Victoria University is committed to providing a transparent admissions process. Find out more about how to apply for our courses, and our commitment to admissions transparency. Meeting the minimum admission criteria does not guarantee entry into this course. Past academic performance may be considered.

Course structure

To be eligible for the Master of Engineering, students are required to complete 192 credit points in total, consisting of:

48 credit points of Common Interdisciplinary studies;
48 credit points of Research studies;
96 credit points of Core Specialisation studies.

Units

Fees & scholarships

University fees vary, depending on how much the government contributes towards course costs (if anything).

Read below to find out about the fee ‘type’, the estimated yearly tuition costs for this course, and the financial support on offer (including our generous scholarship program).

Fees

Scholarships

Careers

On graduation you'll be able to prepare for a career in one of the following:

power generation, transmission, distribution, management and control
managing, designing and developing telecommunication network systems
microelectronic and electronic design
water-related government organisations and private firms.

Average salaries

Check the government job information site Jobs and Skills Australia for salaries and job growth rates:

Job titles

Job titles vary depending on the specialisation chosen.

Electrical power

instrument designer
energy economist
power engineer supervisor
power project coordinator.

Telecommunications

telecommunications engineer
telecommunications network engineer.

Civil engineering

civil engineer
construction engineer
environmental engineer
geotechnical engineer
project engineer
roads and transport engineer
structural engineer
water engineer.

: These specialisations will enhance your employment opportunities in the private and public sectors, in positions of managing, designing, or developing telecommunication network systems or electrical power.
You will graduate with a wide range of career options in a variety of organisations including:
telecommunications operators
telecommunications equipment manufacturers
information technology companies
specialised test and measurement companies
installation and operations for private companies, defence and other government departments
The career opportunities in Power Engineering are as follows:
system analysis and planning
research and development
design and procurement
project implementation and management
testing and commissioning
asset management
plant and system operation
maintenance management
market operation and management.
: As a Civil Engineer, you can run your own practice or work for government authorities, private industry consulting firms or major construction companies on planning, investigation, design, construction and/or rehabilitation of:
office, residential and industrial buildings, sporting and shopping complexes
sustainable urban residential developments and municipal facilities
transportation systems for passengers and freight including roads, bridges, railways and airports
water infrastructure works including reservoirs, pump stations, pipelines, treatment plants, drainage and flood control
irrigation and alternative water supply systems including wastewater recycling and stormwater harvesting
pollution control facilities for solid, liquid and gaseous wastes
mining developments and structural foundations (geological/soil investigations)
energy extraction facilities and renewable energy sources such as hydro, solar, wind and geothermal
ports, harbours, marinas, breakwaters, beach rehabilitation and other coastal.

Professional accreditation/Industry recognition

Engineers Australia

This course is accredited with Engineers Australia.

VU stories

Job skills training delivers results

Master of Engineering

"During the 2nd year of my masters, I started participating in various activities like resume-building workshops, workshops for interview preparation and job fairs."

Ravina's story