Auckland University of Technology

What you'll study

• Common first year: foundational engineering mathematics, calculus and linear algebra, physics for engineers, introductory programming, materials science, engineering drawing and CAD, and an introduction to engineering design and professional practice.
• Discipline-specific years: after the common first year you progress into a chosen major (for example civil, mechanical, electrical/electronic, or software). Typical modules include structural analysis and geotechnics (civil); mechanics, thermodynamics and fluid mechanics (mechanical); circuit theory, electronics, control systems and power systems (electrical/electronic); and algorithms, software architecture, embedded systems and software engineering principles (software).
• Integrated practical work: laboratory courses, workshop and prototyping sessions, programming and simulation laboratories, and team-based design projects that develop hands-on skills and practical problem-solving.
• Professional and contextual topics: engineering ethics, project management, health and safety, sustainability, communication and entrepreneurship, plus professional skills required for discipline registration pathways.
• Honours research/capstone: a substantial final-year honours research project or capstone design project supervised by academic staff, which demonstrates your ability to undertake independent engineering work and communicate outcomes.

Structure

The programme is typically structured as a multi-year degree with a common first year followed by progressively specialised study. Work is assessed through examinations, coursework, laboratory reports, design assignments and a major honours project in the final year. There are opportunities for industry placements, internships or collaborative projects with external partners depending on your pathway and elective choices.

Entry requirements

• Completion of secondary school qualifications that meet the university's entrance standard (for New Zealand students this normally includes University Entrance via NCEA or an approved alternative).
• Strong achievement in mathematics (calculus/advanced mathematics) and physics is normally required; equivalents from other school systems are considered.
• International applicants will need to meet the university's academic and English language requirements; standardised test equivalents and recognised secondary qualifications are accepted.
• Applicants with prior tertiary study in engineering or related diplomas may be eligible for credit or advanced standing following assessment of transcripts and course content.
• Selection may take into account performance in prerequisite subjects and overall academic readiness for an intensive engineering programme.

Career prospects

• Graduates enter roles such as design engineer, project engineer, systems engineer, structural or civil engineer, mechanical engineer, electrical or electronics engineer, software engineer, test and instrumentation engineer, and technical consultant.
• Employment sectors include construction and infrastructure, manufacturing, energy and power systems, transport, telecommunications, information technology, research and development, and consulting firms.
• The honours qualification provides a pathway to professional registration with engineering bodies, postgraduate study (master's and PhD), and roles with increasing leadership, project management and specialist technical responsibility.
• Many graduates also pursue cross-disciplinary careers in product development, sustainability and innovation, or start-up ventures using skills gained in design, systems thinking and applied research.

Why study at Auckland University of Technology

• AUT emphasises applied learning with modern laboratories, maker spaces and workshops that support hands-on engineering education and prototyping.
• The School of Engineering maintains strong industry links across New Zealand, offering opportunities for internships, industry-led projects and collaborative research with commercial partners.
• Teaching blends theoretical foundations with project-based learning and professional skills development to prepare graduates for real-world engineering practice and professional registration pathways.
• Campus location in Auckland provides access to a broad engineering job market, infrastructure projects and a network of technology and innovation companies for placements and graduate employment.
• Students can access support services for academic skills, careers guidance and international exchange opportunities to broaden their experience during study.