The Bachelor of Electrical and Electronic Engineering (Honours) is a four-year, AQF Level 8 undergraduate degree that equips students with the knowledge and skills to design, develop, test, and manage complex electrical and electronic systems. The course spans two complementary disciplines: electrical engineering — concerned with large-scale systems such as power generation, transmission, and electric motors — and electronic engineering, which focuses on lower-voltage systems including computer hardware, communication networks, embedded systems, and integrated circuits. Together, these fields underpin critical technologies across modern society, from the smart grid and renewable energy infrastructure to medical devices, smartphones, autonomous vehicles, and satellite systems. Students develop a strong foundation in mathematics, physics, circuit theory, digital systems, control engineering, and signal processing, before progressing into advanced and specialised technical units in their later years, often culminating in a substantial capstone research or industry project in the final year.

This degree is designed for aspiring professional engineers who seek to design, create, manage, and improve complex engineering systems using cutting-edge technologies. Depending on the institution, students may be able to specialise through majors or elective pathways in areas such as telecommunications, power systems, embedded systems, robotics and mechatronics, cybersecurity, biomedical engineering, renewable energy, computer engineering, or defence systems. Programs are accredited by Engineers Australia at the level of Professional Engineer, and graduates are recognised internationally through the Washington Accord — enabling them to practise as engineers across signatory countries worldwide.

Key employers of graduates span a wide range of industries including energy utilities and renewable energy developers, telecommunications companies, mining and resources firms, defence and aerospace organisations, infrastructure and construction groups, government agencies, manufacturing companies, and technology firms. Major organisations active in this space across Australia include Siemens, BHP, Boeing Australia, Origin Energy, Ausgrid, Transgrid, Defence Science and Technology Group (DSTG), BAE Systems Australia, Nova Systems, Lendlease, and various engineering consultancies. The strong practical emphasis of Australian programs — including laboratory work, industry placements, and real-world project experience — ensures graduates are career-ready from day one.

Most Australian universities require applicants to have completed Year 12 (or equivalent senior secondary qualification) with a competitive ATAR, typically ranging from around 70 to 90+ depending on the institution and campus selectivity. A minimum ATAR of approximately 65–71 is common at regional or newer providers, while more competitive programs at research-intensive universities may have selection ranks of 85 or above. Regardless of the specific ATAR threshold, prerequisite subjects are a firm requirement: all programs require completion of Mathematics Methods (or equivalent) at Year 12 level, and at least one of Physics, Chemistry, Engineering Studies, or Mathematics Specialist ATAR is also required or strongly recommended. Physics in particular is considered highly advantageous given its direct relevance to electrical engineering theory.

Alternative entry pathways are available for mature-age applicants, TAFE/VET graduates, and those with relevant diplomas or advanced diplomas in electrical or electronics engineering. Completion of an Advanced Diploma in Electronics and Communications Engineering, or equivalent VET qualification, may enable direct entry into second year of the Honours degree at some institutions. Work and life experience may also be taken into account when calculating a Selection Rank equivalent at some universities. Transfer from a related diploma, foundation program, or first-year university study is another common pathway. Meeting minimum entry criteria does not guarantee an offer, and past academic performance may be considered holistically.

International students must also meet English language proficiency requirements. A minimum overall IELTS score of 6.5 (with no individual band below 6.0) is the most commonly stipulated standard, though individual institutions may require higher scores. Equivalent proficiency evidence via TOEFL, PTE Academic, or Cambridge English is generally accepted. International applicants should also hold a student visa (subclass 500) and are advised to check their institution's specific academic credential recognition requirements, particularly if their secondary schooling was completed outside Australia.