The Bachelor of Engineering (Honours) — also referred to as a Bachelor of Engineering (Scholar) in some program structures — is a four-year, Australian Qualifications Framework (AQF) Level 8 undergraduate degree designed to produce industry-ready professional engineers. The course covers fundamental science, mathematics, design, and professional practice concepts in engineering, with students typically choosing a specialisation from disciplines such as civil, mechanical, electrical, chemical, mechatronic, software, environmental, or mining engineering. The honours component, embedded throughout the degree and culminating in a major final-year project and thesis, sets this qualification apart from a standard three-year degree and is the benchmark qualification required for professional engineering practice in Australia. All programs offered under this title must be accredited by Engineers Australia, the peak professional body for the engineering discipline, and are internationally recognised under the Washington Accord — meaning graduates can practise as professional engineers in many countries worldwide.

This degree suits students who are passionate about applying mathematical and scientific principles to solve real-world problems. It is designed for those who enjoy hands-on, project-based learning and want to develop both deep technical expertise and broad professional skills including communication, teamwork, and ethical practice. Employers who hire graduates from this degree span a wide range of sectors, including infrastructure and construction, energy and resources, advanced manufacturing, defence, telecommunications, environmental services, transport, biomedical technology, finance, and government agencies. Major employers include large engineering consultancies, mining and resources companies, utilities, technology firms, and all levels of government.

For Year 12 applicants, entry to the Bachelor of Engineering (Honours) typically requires an ATAR (Australian Tertiary Admission Rank) ranging from approximately 70 to 95+, depending on the institution and specialisation. Most programs specify prerequisite subjects, which commonly include Mathematics (at the highest level available, such as Mathematics Methods or Specialist Mathematics) and at least one of Physics or Chemistry. English is also generally required. Stronger ATARs are typically needed for the most popular specialisations such as civil, mechanical, and electrical engineering at highly competitive institutions. Alternative entry pathways are available for applicants who do not meet standard ATAR requirements, including completion of a diploma or Certificate IV in engineering, enabling courses, bridging programs, or transfer from a related bachelor's degree such as a Bachelor of Science. Many institutions also consider mature-age applicants and those with relevant vocational qualifications or work experience on a case-by-case basis.

International students must demonstrate English language proficiency, typically through IELTS (an overall score of at least 6.5 with no band below 6.0 is common), TOEFL iBT (approximately 87 overall), or PTE Academic (approximately 64 overall). Specific requirements vary by institution and some providers offer English language bridging programs for students who do not initially meet the threshold. Most accredited programs also require students to complete a minimum number of hours of Engagement with Professional Practice (EPP) — typically 60 days or 450+ hours — before graduating, which may be fulfilled through work placements, university-based industry projects, and extracurricular technical activities, as mandated by Engineers Australia.