Bachelor of Engineering (Honours) - Electrical and Electronic Engineering

Electrical and electronic engineers work for industries that focus on creating tomorrow’s solutions for everything from must-have leisure gadgets to new power and energy sources, and medical and lifesaving equipment. The field of electrical and electronic engineering is a multi-billion dollar industry with limitless career opportunities.

To become an electrical engineer you study a wide range of hardware and software theory at AUT. At the end of the programme you will be a creative engineering designer who can solve complex problems across:

  • Power engineering – the provision and control of large scale electric power flow
  • Control engineering – the design of automated production systems
  • Electronic and computer engineering – the design of complex hardware and software programs
  • Telecommunications engineering – the design of hard wire and Wi-Fi communication links.

Entry Requirements

Minimum entry requirements

  • University Entrance or equivalent, including Calculus and Physics.
  • For applicants with CIE, one of these subjects may be at AS Level.

Guaranteed entry

Applicants will automatically be offered a place in this programme if they have a rank score of 250 or higher, along with 14 NCEA level 3 credits in each of Calculus and Physics or CIE A levels in Mathematics and Physics.

All other applicants who have met the admission requirements will be considered on a case-by-case basis.

Selection criteria

Interview may be required

Preferred school subjects

Chemistry, Digital Technologies, English

Structure and Content

Year 1

Students in all majors do the same papers in the first year. These papers cover mathematics and computational techniques, as well as the communication and teamwork skills that are essential for the team environment engineers work in.

Year 2

You explore the core areas of study required by electrical and electronic engineers: computers and microprocessors, control, electronic, telecommunications and power engineering.

Year 3

This year focuses on advanced topics including power engineering, electronics, computer engineering, control engineering and telecommunications. Year 3 also includes a design project that increases your ability to design and build engineering (hardware and software) solutions.

Year 4

In the final year you grow your understanding of the engineering industry, engineering management and the latest thinking in your chosen field.

Workplace experience

Your individual industry project in Year 4 is your opportunity to gain real-life industrial experience in an engineering environment, under the guidance of an experienced supervisor. You work on a project for organisations like Mighty River Power, Genesis Energy, Contact Energy, Fisher & Paykel Appliances, Telecom and Auckland Airport. You need to complete 800 hours of planned supervised work experience to graduate, in addition to completing all your papers.

Related programmes

Career opportunities

  • Electronic engineer
  • Embedded (computer) system designer
  • Energy generation designer/engineer
  • Engineering and general management
  • Power systems designer/engineer
  • Telecommunications system designer

Testimonials