A Flexible Double Degree in Engineering is an undergraduate program that allows students to earn two bachelor degrees simultaneously — one in engineering (with Honours) and one in a complementary discipline such as science, computing, business, law, mathematics, or the arts. Typically completed in five years of full-time study, this structure enables students to tailor their academic profile to their personal interests and career aspirations while completing the full requirements of both degrees in less time than it would take to study them consecutively. The engineering component is professionally accredited by Engineers Australia at the level of Professional Engineer, ensuring graduates meet nationally recognised competency standards across their chosen engineering discipline — whether that be civil, mechanical, electrical, chemical, software, environmental, aerospace, or biomedical engineering.

The double degree is designed for students who recognise that the most complex challenges facing society — from clean energy transitions and smart infrastructure to biotechnology and digital transformation — require engineers with broad, interdisciplinary knowledge. Rather than being limited to a single technical lens, graduates emerge with expertise in two distinct fields, making them highly versatile and capable of working across industry boundaries. They are equipped not only with engineering design and analysis skills but also with complementary competencies from their paired degree, whether that involves scientific research, data analysis, commercial strategy, legal reasoning, or computing.

Employers of graduates from these programs span virtually every sector of the Australian economy. Key employers include government departments (including Defence, Transport, and Infrastructure agencies), engineering consultancies such as GHD, Arup, and Aurecon, mining and resources companies, energy providers, construction and infrastructure firms, technology companies, and multinational corporations. Graduates are also well positioned to pursue roles in research, academia, entrepreneurship, and public policy — making this one of the most career-flexible undergraduate qualifications available in Australia.

Entry into a Flexible Double Degree in Engineering typically requires a competitive ATAR, with most programs setting minimum selection ranks between 85 and 95, though actual cut-offs vary depending on the institution and the specific degree combination chosen. Because applicants must meet the entry requirements for both degrees within the combination, the effective entry threshold is determined by whichever of the two degrees has the higher requirement. Most engineering components require prerequisites in senior secondary mathematics — typically Mathematics Methods or equivalent — and many combinations also recommend or require Physics or Chemistry. Applicants should check the requirements for each degree in their chosen combination, as science-paired degrees may have additional subject prerequisites.

For non-school leavers and mature-age applicants, universities typically assess prior higher education results, VET qualifications at AQF Level 5 or higher, or the results of a tertiary preparation program. Many institutions also offer mathematics bridging courses for students who do not meet the maths prerequisite at the time of application. Transfer pathways are available from related single degrees, where first-year performance can qualify students to transition into the double degree structure.

International applicants must provide equivalent academic credentials assessed against Australian senior secondary standards, along with evidence of English language proficiency. Accepted English tests typically include IELTS (usually a minimum overall score of 6.5 with no band below 6.0), TOEFL iBT, or Pearson PTE Academic. Some universities offer conditional entry with enrolment in English language improvement programs. Equity and diversity pathways — including Indigenous admission schemes, regional adjustment factors, and programs for students from low socioeconomic backgrounds — are available at most institutions and can reduce the effective ATAR requirement.