Urban Systems Engineering

Tackle urban challenges and take the lead in planning our cities and systems of the future. Help design and build sustainable urban environments with intelligent infrastructure and smart technologies.

Who is this course for?

The Master of Advanced Urban Systems Engineering is for you if:

You have a degree in engineering and are seeking to specialise in the area of urban systems and infrastructure
You have experience working in urban systems and infrastructure engineering and wish to challenge and extend your knowledge and expand your understanding and perspective
You are seeking to advance your career by conducting leading-edge research in urban systems engineering.

Specialisation overview

The Master of Advanced Urban Systems Engineering provides a comprehensive overview of the key components of urban sustainability by integrating fundamentals of environmental engineering, water management, transportation and urban planning with knowledge of smart technologies and systems to provide resilience to environmental challenges.

You’ll gain a holistic understanding of the balance needed to foster the development of livable and sustainable cities in the context of growing populations and the challenges posed by climate change.

As part of the course, students also select either an industry or research stream, allowing them to further tailor their learning and experience.

Careers in Urban Systems Engineering

The physical and social needs of urban dwellers are changing rapidly. Governments and private industry alike recognise the need for specialist urban systems engineers to future-proof systems and ensure the integration and sustainability of infrastructure.

With a Master of Advanced Urban Systems Engineering you could:

Lead the implementation of a stormwater management project that integrates green infrastructure elements with smart monitoring systems and data analytics
Incorporate sustainable technologies, green infrastructure and collaborative spaces for eco-friendly businesses and community engagement into a new development project
Develop a smart mobility hub integrating electric vehicle charging stations, intelligent parking systems and real-time public transport information
Manage implementation of a smart water grid in urban neighborhoods, deploying sensors and analytics to monitor water quality, reduce leaks, and optimize water distribution
Lead development of a sustainable urban greenway project, transforming underutilised or repurposed areas into green spaces with pedestrian pathways and smart lighting.

What you will learn

A comprehensive understanding of urban systems.
A holistic perspective on water and wastewater systems within urban environments, enabling the identification of opportunities for optimisation infrastructure management.
A deeper understanding of the principles of resource conservation and environmental responsibility in urban landscapes.
Insights into the relationship between vehicles, drivers, and road environments and how to facilitate the development of dynamic traffic management strategies.
The ability to apply and leverage innovative technologies and tools in the planning, construction, and operation of urban infrastructure projects, ensuring efficiency, resilience, and sustainability.
A strategic mindset to assist in aligning contemporary standards and industry demands.