College of Engineering, IT & Environment

Engineering

Learn how to find creative and logical solutions in your chosen discipline.

Engineers are professional problem-solvers. Our location in Australia’s Top End, gateway to Asia, is teeming with real-world challenges and opportunities.

At CDU, you'll be encouraged to think independently and find creative and logical solutions in your chosen discipline.

Specialisations

Civil and Structural Engineering relates to the analysis, design, construction, inspection, maintenance, and eventual demolition of major items of infrastructure, mainly buildings and bridges, but extending to roads, dams, water supply, sewage treatment, power stations, railways, etc.

All buildings and structures (and their foundations) must be economically designed to withstand loads which may occur during their design lives, and this involves probability, risk assessment and management.

Cyclones present a real risk to structures in northern Australia and often dominate design loading. Students will learn how items of infrastructure are analysed using manual and computer-based methods, how they are designed and safely constructed using modern Australian standards and methods.

You can specialise in civil and structural engineering in the following courses:
Associate Degree of Engineering
Bachelor of Engineering (Honours)
Bachelor of Engineering Science
Bachelor of Engineering Science/Master of Engineering
Master of Engineering.
View all engineering courses
Electrical and Electronics Engineering is a rapidly developing field that has a significant impact on our daily lives. Electronics is an essential component for Internet of Things (IoT), consumer electronics such as phones and computing devices, as well as industrial control systems. Electrical systems are changing the way we use energy and resources and will be essential for reducing our carbon footprint in the future. This includes renewable energy, smart power generation, transmission and storage systems, electric cars and transport systems and novel consumer products.
You will learn how to design, manufacture, test, operate and maintain electrical and electronics systems throughout the course.
As a graduate, you will be sought after in industries such as communication, defence, mining and utilities. Opportunities also exist to continue with research into the design of solar cells, energy transmission and energy storage, video transmission and compression and photonics.
You can specialise in electrical and electronics engineering in the following courses:
Associate Degree of Engineering
Bachelor of Engineering (Honours)
Bachelor of Engineering Science
Bachelor of Engineering Science/Master of Engineering
Master of Engineering.
View all engineering courses
Mechanical engineering is perhaps the broadest and most diverse of engineering disciplines.
It develops creative thinking that will allow you to design products and systems of the future, overcome constraints, and achieve design goals. You will learn about materials, solid and fluid mechanics, thermodynamics, heat transfer, control, instrumentation, design, and manufacturing.
You can specialise in electrical and electronics engineering in the following courses:
Associate Degree of Engineering
Bachelor of Engineering (Honours)
Bachelor of Engineering Science
Bachelor of Engineering Science/Master of Engineering
Master of Engineering.
View all engineering courses