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University of Melbourne

  • 37% international / 63% domestic

Master of Digital Infrastructure Engineering

  • Masters (Coursework)

Digital infrastructure engineers design systems connecting the physical and digital world, focusing on sustainable and resilient outcomes. Graduates can specialize in infrastructure sectors, digital technologies, or management, with opportunities for internships and industry projects. The program is accredited by the Surveyors Registration Board of Victoria.

Key details

Degree Type
Masters (Coursework)
Duration
2 - 3 years full-time, 6 - 6 years part-time
Course Code
MC-DINFENG
Study Mode
In person
Intake Months
Mar, Jul

About this course

OverviewCourse overview

Digital infrastructure engineers work on the systems that connect the physical and digital world. They design the infrastructure for driving sustainable and resilient outcomes for businesses, projects, asset management, and ecosystems.

As a digital infrastructure engineering graduate, you'll work in industries on pressing problems and application solutions across:

  • Architecture, Engineering and Construction (AEC)
  • Facilities management
  • Humanitarian engineering
  • Livability, sustainability, access, health, and resilience of our society.

The infrastructure sector in Australia is booming and relying on digital engineering tools like Building Information Modelling (BIM), Internet of Things (IoT), Digital Twins and virtual reality. With digital systems required in many industries, you can meet the demand for skilled people to assist with the transition to digital strategies and systems.

Learn how to position infrastructure, observations, or events using digital resources like satellites, robots, or laser scanning. You'll integrate this data with statistics, machine learning and data simulations so you can visualise and communicate processes, patterns, and predictions.

Choose your path

If you have a relevant undergraduate major, you'll be able to complete the masters degree in 2 years.

You'll have a broad range of options to specialise in:

  • Infrastructure sectors, such as construction, smart cities, transport, energy, water, or surveying for land management
  • Digital technologies, such as AI for data analytics, IT for cloud computing and web security, or IS for managing digital infrastructure
  • Management, such as on project management, or on entrepreneurship
An industry aligned curriculum

Apply your skills with internships, industry projects, research and innovation challenges.

This program is accredited by the Surveyors Registration Board of Victoria. Provisional accreditation will been sought from Engineers Australia and EUR-ACE.

Guaranteed Commonwealth supported places (CSPs) for Melbourne graduates

Domestic students who have completed a Bachelor degree at the University of Melbourne with a weighted average mark of 65% are guaranteed a CSP in the Master of Digital Infrastructure Engineering. Find out more about fees and scholarships.

Study locations

Parkville

What you will learn

Course overview

Overview

Digital infrastructure engineers work on the systems that connect the physical and digital world. They design the infrastructure for driving sustainable and resilient outcomes for businesses, projects, asset management, and ecosystems.

As a digital infrastructure engineering graduate, you'll work in industries on pressing problems and application solutions across:

  • Architecture, Engineering and Construction (AEC)
  • Facilities management
  • Humanitarian engineering
  • Livability, sustainability, access, health, and resilience of our society.

The infrastructure sector in Australia is booming and relying on digital engineering tools like Building Information Modelling (BIM), Internet of Things (IoT), Digital Twins and virtual reality. With digital systems required in many industries, you can meet the demand for skilled people to assist with the transition to digital strategies and systems.

Learn how to position infrastructure, observations, or events using digital resources like satellites, robots, or laser scanning. You'll integrate this data with statistics, machine learning and data simulations so you can visualise and communicate processes, patterns, and predictions.

Choose your path

If you have a relevant undergraduate major, you'll be able to complete the masters degree in 2 years.

You'll have a broad range of options to specialise in:

  • Infrastructure sectors, such as construction, smart cities, transport, energy, water, or surveying for land management
  • Digital technologies, such as AI for data analytics, IT for cloud computing and web security, or IS for managing digital infrastructure
  • Management, such as on project management, or on entrepreneurship

An industry aligned curriculum

Apply your skills with internships, industry projects, research and innovation challenges.

This program is accredited by the Surveyors Registration Board of Victoria. Provisional accreditation will been sought from Engineers Australia and EUR-ACE.

Guaranteed Commonwealth supported places (CSPs) for Melbourne graduates

Domestic students who have completed a Bachelor degree at the University of Melbourne with a weighted average mark of 65% are guaranteed a CSP in the Master of Digital Infrastructure Engineering. Find out more about fees and scholarships.

Career pathways

Digital infrastructure engineers work on the systems that connect the physicaland digital world. They design the infrastructure for driving sustainable andresilient outcomes for businesses, projects, asset management, and ecosystems.As a digital infrastructure engineering graduate, you'll work in industries onpressing problems and application solutions across: * Architecture, Engineering and Construction (AEC) * Facilities management * Humanitarian engineering * Livability, sustainability, access, health, and resilience of our society.The infrastructure sector in Australia is booming and relying on digitalengineering tools like Building Information Modelling (BIM), Internet ofThings (IoT), Digital Twins and virtual reality. With digital systems requiredin many industries, you can meet the demand for skilled people to assist withthe transition to digital strategies and systems.Learn how to position infrastructure, observations, or events using digitalresources like satellites, robots, or laser scanning. You'll integrate thisdata with statistics, machine learning and data simulations so you canvisualise and communicate processes, patterns, and predictions.