The Bachelor of Engineering (Sustainable Systems Engineering) (Honours) is a four-year accredited undergraduate degree that equips students with the knowledge and technical skills to protect, restore, and create engineered and natural systems that are socially, environmentally, and economically sustainable. The course combines the fundamentals of sustainable systems design, engineering mathematics, engineering science, and engineering design, training graduates to develop innovative solutions that meet society's needs within ecological and economic constraints. Specialisation areas typically include renewable energy systems, energy efficiency and demand management, transport and logistics, and supply chain analytics — giving students the flexibility to tailor their studies toward emerging industries. The degree is accredited by Engineers Australia, meaning graduates meet internationally recognised standards under the Washington Accord and are eligible for graduate and professional membership of Engineers Australia.

This degree is designed for students who are passionate about solving real-world environmental and social challenges through technical engineering disciplines. It suits those who want to work at the intersection of engineering, sustainability, and innovation — addressing issues such as climate change, resource consumption, clean energy transitions, and sustainable urban development. Graduates are well-prepared to enter a broad range of industries, including energy utilities, infrastructure consultancies, government agencies, transport and logistics companies, manufacturing firms, environmental consultancies, and smart cities organisations. Typical employers include major engineering consultancies, federal and state government bodies, energy companies, and global sustainability-focused firms.

Domestic students typically need to have completed their senior secondary education (Year 12 or equivalent) with a competitive ATAR score. Most Australian universities require strong results in Mathematics (at least Mathematical Methods or equivalent) and often Physics or Chemistry as prerequisite subjects. ATAR requirements vary between providers and intake years, but competitive entry generally falls in the range of 65–85 depending on the institution. Some universities also consider alternative entry pathways, including completion of a TAFE/VET qualification (such as a Diploma or Associate Degree in Engineering Technology), foundation studies programs, or recognition of prior learning for those with relevant industry experience.

For international students, English language proficiency is required, typically an IELTS overall band score of 6.0–6.5 (with no individual band below 6.0), or equivalent scores in TOEFL iBT, PTE Academic, or Cambridge English. Some institutions may accept results from internal English programs as an alternative pathway. Academic requirements for international students mirror domestic requirements, with equivalent senior secondary qualifications assessed on a country-by-country basis.

There are generally no formal portfolio or work experience requirements for direct undergraduate entry into this degree. However, relevant work experience or vocational study may support alternative or advanced entry pathways. Students articulating from an approved Associate Degree in Engineering Technology with a Sustainable Systems major may receive up to four semesters of advanced standing (equivalent to two years of the Honours degree), significantly reducing overall study duration.