The Bachelor of Engineering (Electrical and Electronic) (Honours) is an Australian Qualifications Framework (AQF) Level 8 undergraduate degree, typically completed over four years of full-time study. The course covers the design, development, manufacturing and management of complex electrical and electronic systems — spanning everything from nanometre-scale microelectronics through to kilometre-long power transmission networks. Students gain expertise across core areas including circuit design, power systems, signal processing, control systems, embedded systems, telecommunications, and renewable energy technologies, while also developing strong mathematical modelling and programming foundations. Most programs are fully accredited by Engineers Australia at the level of Professional Engineer, and graduates are recognised internationally under the Washington Accord, meaning qualifications are accepted across major engineering economies globally.

The degree is designed for students with a passion for technology, problem-solving and innovation who want to build the systems that power modern society. It suits those who enjoy both the theoretical rigour of physics and mathematics and the hands-on challenge of building and testing real devices and systems. Students typically specialise in one or more areas — such as power systems, telecommunications, robotics and mechatronics, biomedical engineering, cybersecurity, or renewable energy — with electives allowing considerable tailoring of their study pathway. Graduates are equipped to pursue Chartered Professional Engineer status through Engineers Australia, opening doors to senior roles across industry.

Employers of graduates span an enormous range of industries in Australia: energy utilities and network operators, telecommunications companies, defence and aerospace contractors (such as BAE Systems Australia and the Defence Science and Technology Group), mining and resources firms, infrastructure and construction consultancies, technology manufacturers, government agencies, and research institutions. Key employers include major engineering consultancies (Arup, WSP, Aurecon), energy companies (AGL, Origin, TransGrid), technology multinationals, and a growing pipeline of renewable energy project developers and battery storage firms driving Australia's energy transition.

For school leavers applying directly from Year 12, Australian universities typically require completion of the Australian Senior Secondary Certificate (or state equivalent such as VCE, HSC, QCE, SACE or WACE) with an ATAR generally ranging from approximately 70 to 90 depending on the institution and location — with some highly competitive programs at research-intensive universities requiring higher scores. Mandatory subject prerequisites almost universally include Mathematics (at the level of Mathematical Methods or equivalent — and in some programs, Specialist/Extension Mathematics is strongly recommended) and English. Physics is strongly recommended at most institutions and required at others. Some universities offer guaranteed entry for applicants who meet a stated ATAR threshold and prerequisites, while others assess applicants competitively. Alternative entry pathways are widely available, including via TAFE Diplomas or Advanced Diplomas in Engineering, Associate Degrees, bridging or enabling programs, and general entry engineering foundation courses that allow students to build prerequisite mathematics and science knowledge before transferring into the honours program.

For applicants who have already completed some tertiary study, universities will assess prior academic performance and may grant credit towards the degree. Mature-age applicants without formal academic qualifications may be assessed on the basis of relevant work and life experience, and some institutions accept the Special Tertiary Admissions Test (STAT) as an alternative entry mechanism. International students are typically required to demonstrate English language proficiency, most commonly through an IELTS score of at least 6.0–6.5 overall (with no individual band below 6.0), or equivalent results in TOEFL, PTE Academic or Cambridge English. Some universities require completion of an English language preparation course if the required score is not achieved.

All accredited programs also specify a set of Inherent Academic Requirements — fundamental physical, cognitive and professional capabilities that students must be able to meet to complete the degree safely and with academic integrity. These commonly include the ability to work in laboratory environments, handle electronic equipment, communicate technical information clearly, and work effectively in team settings. Students with disabilities or health conditions are encouraged to contact disability support services early in the application process to discuss reasonable adjustments.