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A Firmware Engineer develops and maintains software that controls hardware devices, such as embedded systems and microcontrollers. You might work on a variety of products, from consumer electronics to industrial machinery. Firmware Engineers focus on writing, testing, and debugging code to ensure the hardware operates correctly and efficiently. You’ll collaborate with hardware engineers to integrate firmware with the physical components and troubleshoot any issues that arise.
Firmware Engineers play a critical role in the functionality of electronic devices. You’ll need to be detail-oriented, analytical, and skilled in programming languages relevant to firmware development. You’ll liaise with other engineers and project managers to ensure that the firmware meets technical requirements and performs reliably.
There are 3 courses available for people who want to become a Firmware Engineer.
Possible job outcomes:
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..
Average duration: 4 years.
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) (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. Click on an occupation to learn more about the role and the qualifications that can help you get started in this industry.
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