Master of Engineering (Civil and Infrastructure)

In this master degree, teaching and learning is supported by our world-class engineering research - our engineering research is rated well above world-class.1

Our strong industry experience will help advance your expertise and career opportunities. Incorporating strong theoretical teaching, experience-based learning and cutting-edge facilities, we offer the ideal academic blend for graduates to meet the challenges of modern enterprise.

You will study advanced topics in structural and geotechnical engineering. You will learn contemporary civil engineering theory and work with modelling techniques at an advanced level.

For example, our students recently worked on a South Australian infrastructure project titled North-South Corridor - South Road Planning South of Ashwin Parade to South of Sir Donald Bradman Drive Intersection (Section R4). The industry partner for this was the Department of Planning, Transport and Infrastructure.

1 2018 Excellence in Research for Australia (ERA)

You will learn advanced structural and geotechnical civil engineering, developing the skills 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 an 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

Through the electives available, you can choose to focus extensively on project management and leadership as part of this degree. Also key to the degree is the development and application of research methods and skills. These will be invaluable when you begin work on your master thesis.

Our UniSA STEM Professional Practice Program allows you to apply the skills and knowledge you've acquired throughout your degree in real-world settings.

There are a wide range of career options for highly qualified engineers, with employment opportunities in engineering consulting firms, construction companies, and local, state and federal government. You could consider:

• engineering project manager: ensuring projects are completed according to project plans; managing project team resources; scheduling, preparation and resource forecasting for engineering and other technical activities; managing vendors and suppliers
• engineering operations manager: supervising and leading teams of engineers, scientists and technicians who work on projects; overseeing production and quality control; directing operations, testing and maintenance; planning and scheduling, client consulting, budgetary responsibilities
• civil engineer: responsible for the design, construction and testing of physical infrastructure; assesses the impact of large scale projects on the environment
• structural engineer: works with architects, builders, mechanical, electrical and chemical engineers to make sure all parts of a structure are safe and fit for purpose; makes sure materials are used efficiently and appropriately

You could also continue with a PhD through one of our dynamic research concentrations.