Overview
Overview
The course is not suitable for graduates of a four-year undergraduate degree, with Engineers Australia accreditation in the same discipline. Those holding an EA accredited qualification and seeking a masters level qualification in the same discipline are encouraged to consider applying for entry to the Master of Philosophy or Master of Engineering Management.
Applicants seeking entry who do not hold a four year Engineering degree are required to first complete the one-year Graduate Diploma in Professional Engineering.
Rapid advances in electronic communication, the ‘internet of things’, and renewable energy technologies offer abundant career opportunities in embedded systems engineering.
Our world is characterised by the ever-increasing number of intelligent devices that have embedded computers. Embedded systems are computers with specialised input or output devices that may or may not be programmed by the end user.
In this major, you will study intermediate and advanced topics in embedded systems, such as embedded systems in field-programmable gate arrays and embedded software engineering.
During the course, you will gain at least 12 weeks of exposure to engineering professional practice and keep a formal log book to record your experience. During your final-year project, you will further investigate and apply emergent technologies in embedded systems.
This major sits within the Master of Professional Engineering degree. To apply for this major, you will apply for the Master of Professional Engineering.
What jobs can the Embedded Systems Engineering course lead to?
Jobs
- Electrical engineer
- Embedded systems engineer
Industries
- Health
- Mining
- Manufacturing
- Architecture
- Age care
What you'll learn
- fluently apply integrated embedded systems engineering knowledge, tools, and techniques for the design, development, and deployment of embedded hardware and software in modern systems, ensuring reliability, efficiency, and scalability, GC1
- identify and pursue opportunities for innovation in embedded systems engineering such as IoT, AI integration, edge computing, and cyber-physical systems to improve system performance, functionality and user experience, GC2
- integrate ethical, societal and environmental concerns into the planning and implementation of embedded technologies, especially those with impacts on privacy, autonomy, sustainability and inclusion, GC4, GC5
- develop and document embedded hardware/software solutions that meet performance, safety and regulatory standards across global industries such as healthcare, manufacturing, energy and smart infrastructure, GC2, GC4
- communicate engineering decisions, system behaviours and development processes clearly within multidisciplinary teams using modern collaborative platforms, documentation standards and technical communication skills, GC3, GC6
- develop and maintain professional networks and demonstrate ethical and responsible conduct to support career progression as an embedded systems engineer across diverse industry sectors, GC6