Graduate Coursework

Master of Environmental Systems Engineering

  • Course code: MC-ENSYSEN
Clock
Duration
1 year full time / 2 years part time
Location
Mode (Location)
On Campus (Parkville)
Calendar-month
Intake
February, July
Key dates
Dollar
Fees
AUD $40,256 (2024 indicative first year fee). Commonwealth supported places (CSPs) are not available
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Entry pathways
Special entry options and Access Melbourne are available
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Course structure

Overview

The Master of Environmental Systems Engineering is a 1 year degree (full-time).

As a Master of Environmental Systems Engineering student, you will gain expertise in a range of areas including air pollution, clean production, environment management systems and more. You will develop a broad understanding of environmental practice and investigate themes that focus on waste management, energy and water resources. You will model and analyse the environmental impacts of engineering solutions and discover how to manage the environmental aspects of business.

Course structure

You’ll complete 100 points of study in the Master of Environmental Systems Engineering. This includes four core subjects, focusing on environmental modelling, sustainable infrastructure and monitoring environmental impacts and environmental analysis tools.

Choose your focus

You’ll have the flexibility to focus on your chosen field of environmental engineering, choosing the equivalent of three subjects (37.5 points) from waste management, energy or water resources.

Industry and research subjects

No matter which stream you choose, you’ll have the opportunity to work alongside our world-leading environmental engineering researchers in our Infrastructure Engineering Research Project subject. Work on an industry partnered project, or pursue your own exploratory research.

Approved electives

Broaden your environmental engineering expertise by undertaking one of our approved electives. Topics include: hydrology, spatial information, transport, contracts and procurement and port engineering.

Handbook: Course structure