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An Embedded Systems Engineer designs and develops integrated software and hardware solutions for various applications, such as consumer electronics, automotive systems, or industrial equipment. You might work on programming microcontrollers, developing firmware, or optimising system performance. Embedded Systems Engineers focus on creating reliable and efficient systems that operate within specific hardware constraints. You’ll collaborate with other engineers to ensure seamless integration and functionality.
Embedded Systems Engineers play a crucial role in advancing technology. You’ll need strong analytical and programming skills, as well as the ability to work with complex hardware and software systems. You’ll liaise with project teams and stakeholders to deliver high-quality, innovative solutions that meet technical and user requirements.
There are 5 courses available for people who want to become an Embedded Systems Engineer.
Possible job outcomes:
The Bachelor of Engineering (Honours) (Robotics and Mechatronics Engineering) imparts essential expertise in crafting and applying intelligent machines. The course intertwines mechanical engineering, electronics, and computing, fostering the creation of sophisticated automated systems. Learners emerge proficient in advancing robotic functionality and efficiency, prepping them for an era where such intelligent systems are pivotal to industrial progress..
Average duration: 4 years.
The Bachelor of Engineering (Honours) (Electronic Systems and Internet of Things (IoT) Engineering) provides a comprehensive insight into modern sensor technologies, smart system design, and data analytics. Students will master the intricacies of cloud computing and wireless communication within state-of-the-art IoT environments. This course ensures a well-rounded education, marrying theoretical knowledge with practical skills, and is tailored for those eager to lead in the rapidly evolving technological landscape, specifically in IoT and electronic systems..
The Bachelor of Engineering (Honours) (Electronic Engineering) centres on the design and construction of advanced electronic circuits integral to modern devices. Covering a spectrum from everyday gadgets to industrial applications, the course imparts expertise in electronic systems and components. Graduates may find roles in diverse sectors including energy production, transport systems, and broad-scale communications, encompassing satellite navigation and telecommunications..
The Bachelor of Engineering (Honours) (Electrical and Computer Systems Engineering) covers a vast spectrum of electrical and electronic engineering. From foundational concepts like circuits and signal processing to large-scale power and telecommunication systems design. The discipline encapsulates fields like biomedical, electronics, power engineering, robotics, and telecommunications. Students gain the expertise to design cutting-edge products, from smartphones and virtual reality systems to advanced medical robots for surgical assistance and rehabilitation..
The Bachelor of Engineering (Honours) (Computer Systems Engineering) delves into digital and analogue electronic systems, computer architecture, and the integration of hardware and software. It covers the spectrum from microprocessor applications to supercomputer designs, embedded systems, and robotics. This course fosters a profound theoretical foundation, emphasising practical problem-solving, teamwork, and project evolution. Consequently, graduates possess robust analytical capabilities, equipping them to spearhead intricate projects with a diverse set of technical and adaptable skills..
We’ll find nearby campuses and check if you’re eligible for funding in your state.
Here are some potential career pathways within electrical engineering and mechatronics. Click on an occupation to learn more about the role and the qualifications that can help you get started in this industry.
Electrical Engineering
Assistant Project Manager
$1,150 weekly pay
Asset Engineer
$1,920 weekly pay
Automation Technician
$1,440 weekly pay
Computer Hardware Engineer
$1,250 weekly pay
Control Technician
Electronic Engineer
Engineering Technician
$1,600 weekly pay
Engineering Technologist
Field Engineer
$1,540 weekly pay
Field Service Engineer
Firmware Engineer
$2,019 weekly pay
Industrial Electrician
Instrumentation Engineer
Power Plant Operator
Robotics Technician
Telecommunications Technician
Automation Engineer
$2,350 weekly pay
Communications Engineer
Control Systems Engineer
$1,500 weekly pay
Electrical Design Engineer
Electrical Designer
$2,000 weekly pay
Electrical Engineer
Electrical Power Engineer
Electrical Supervisor
$1,875 weekly pay
Embedded Systems Engineer
Engineering Consultant
Grid Connection Engineer
$2,500 weekly pay
Grid Engineer
$2,802 weekly pay
IoT Engineer
Lighting Consultant
Lighting Engineer
Power Engineer
Printed Circuit Board Designer
$1,550 weekly pay
Project Engineer
$2,100 weekly pay
Research Engineer
$2,300 weekly pay
SCADA Engineer
$2,173 weekly pay
Telecommunications Engineer
Workshop Supervisor
Mechatronics
Apprentice Industrial Designer
Industrial Designer
Product Design Engineer
Robotics Engineer
$1,630 weekly pay
Mechatronics Engineer
$1,403 weekly pay
Product Development Engineer