拉籌伯大學(xué)

Digital innovations are transforming the electronics industry. Engineers need specialised skills in electronics to help meet the demand for disruptive technology. Developed in consultation with industry leaders, La Trobe's Master of Engineering (Electronics) is designed to prepare you for the challenges of our future workforce.

You'll develop specialised knowledge in emerging technologies, including robotic technologies and Industry 4.0, wide applications of signal processing and control algorithms, and machine intelligence in embedded systems. A focus on sustainable engineering practices will show you how to align future projects with environmental regulations and standards. Build hands-on skills using Altium, Vivado, MATLAB, LabView and other design systems. Immerse yourself in real-world learning through our Centre for Technology Infusion.

Our six-month Work Integrated Learning (WIL) program gives you 800 hours of industry experience working in an engineering company or related-industry employer of electrical engineers, including partners like BMW, Audi, Siemens, the German Aerospace Centre (DLR) and Fortis.

Alternatively, you could join a research team on an advanced engineering project. You'll build industry connections and see how engineering is practiced first-hand. A A$10000 scholarship is also available for eligible students to support your study.

You'll learn:

Australian Engineering Environment and Sustainability Practices

Gain an understanding of Australian engineering industry sustainability practices and build attributes required to make a successful transition from university to the world of work.

Digital design solutions

Discover how Electronic Design Automation (EDA) software tools can address issues with architecture design, user research and concept development.

Micro electronics

Create prototypes and custom-designed microchips for consumer products, industrial controls and medical electronic equipment.

Digital control and signal processing

Explore the digital signal processing (DSP) and linear controls systems used to analyse and design physical systems.

Robotic system design

Learn how to design and implement robotic systems.

One year of advanced standing may be available to engineering graduates with a four-year Bachelor’s degree with Honours from another Australian university.

The qualification awarded on graduation is recognised in the Australian Qualifications Framework (AQF) as Level 9.

CAREER OUTCOMES

Possible career paths include:

Electronic engineer

Plan, design and improve systems that use electrical power.

Robotics engineer

Create and test robotic technology using computer-aided design systems. Research methods to make robots cost effective.

Network communications engineer

Design and modify electrical communications systems for scientific, military, industrial or commercial use.