Auckland University of Technology

What you'll study

This programme combines core engineering fundamentals with applied technology and practical laboratory work. Early study focuses on mathematics for engineers, engineering graphics and CAD, materials and manufacturing processes, mechanics and statics, and basic electrical and electronic principles. Later stages progress to systems and control, thermofluids, structural and machine design, embedded systems and programming, industrial instrumentation, and sustainability in engineering.

Students undertake project-based learning throughout the degree, including team design projects and a final capstone or major applied project that integrates technical, management and professional communication skills. The curriculum emphasises practical competencies: laboratory experiments, computer-aided design and simulation, prototyping in makerspaces, and health and safety practices relevant to engineering workplaces.

Work-integrated learning opportunities and industry-linked projects are embedded in the programme so students can develop workplace-ready skills. Elective options allow some specialisation or breadth across areas such as renewable energy, manufacturing systems, building services, and mechatronics.

Entry requirements

Applicants are typically expected to have university entrance or an equivalent secondary school qualification with strong achievement in mathematics and physics or technology-related subjects. Mature applicants with relevant work experience or post-secondary technical qualifications are considered on a case-by-case basis. International applicants must hold a recognised secondary or tertiary qualification equivalent to New Zealand university entrance and meet English language requirements.

Specific entry pathways and credit for prior learning or technical qualifications may be available; applicants should consult AUT admissions for assessment of individual qualifications, recognition of prior learning, and any prerequisite subject requirements.

Career prospects

Graduates of the Bachelor of Engineering Technology go on to roles where applied engineering skills and practical problem solving are essential. Typical job titles include engineering technologist, design and CAD technician, commissioning or maintenance engineer, quality and process technician, manufacturing technologist, field service engineer, and project coordinator.

Graduates work across sectors such as manufacturing, construction and building services, utilities and energy (including renewables), automation and robotics, transport and infrastructure, and consulting firms. The degree also provides a pathway into further study or professional development, including postgraduate qualifications or transition into specialised engineering disciplines through advanced programmes.

Why study at Auckland University of Technology

AUT offers an applied, industry-informed engineering education with strong links to Auckland’s commercial and industrial sectors. Students benefit from modern laboratories, makerspaces and dedicated engineering facilities that support hands-on learning and prototyping. The university emphasises employability through work-integrated learning, industry projects and partnerships that give students real-world experience before graduation.

Studying in Auckland provides access to a diverse range of engineering employers and projects in New Zealand's largest city. AUT’s teaching approach focuses on practical capability, teamwork and professional communication to prepare graduates for technical roles in industry and for continued professional development.