Electrical and Electronic Engineering Major - Bachelor of Engineering Technology
Interested in electrical power and utility systems? Study the Electrical and Electronic Engineering major in the Bachelor of Engineering Technology to prepare for a career in this rewarding field.
Electrical and electronic engineers drive innovations in energy systems, electronics and signal processing while ensuring the reliability, efficiency, and safety of electrical power generation and distribution.
By studying electrical and electronic engineering you'll develop the skills to design, implement, and maintain power and utility systems. You’ll explore electrical power engineering circuits, process control systems and programmable logic displays, and can specialise in building services, power or control courses.
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This is part of the Bachelor of Engineering Technology.
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As an electrical and electronic engineering student, you’ll become familiar with electrical power engineering circuits, process control systems and programmable logic displays.
You also need to complete a minimum of 600 hours of planned supervised work placement to graduate. This experience exposes you to common engineering industry practices and helps you gain knowledge of engineering procedures, engineering responsibilities, and health and safety practices.
There’s a strong focus on sustainability and the skills to work in multi-disciplinary teams. Most of your first-year courses are shared with the Bachelor of Engineering (Honours), making it easy for you to switch between our engineering degrees.
If you’re already studying at AUT and have any questions about the courses you should enrol in, email engineer@aut.ac.nz
*Cross-credits between different engineering majors and degrees are assessed on a case-by-case basis, and you may not be able to gain cross-credits for all your first-year courses.
Year 1
Semester 1 courses
- ENGE401 Introductory Engineering Mathematics (15 points)
- ENGE500 Introduction to Sustainable Engineering Design (15 points)
- ENGE504 Electrical Engineering Fundamentals (15 points)
- ENEL503 Digital Devices and Systems (15 points)
Semester 2 courses
- COMP500 Programming Concepts and Techniques (15 points)
- DIGD507 Mahitahi: Collaborative Practices (15 points)
- ENEL500 Analogue Devices and Systems (15 points)
- ENME502 Engineering Materials I (15 points)
Year 2
Semester 1 courses
- ENEL510 Industrial Measurement and Control (15 points)
- ENEL602 Electronics Project (15 points)
- ENEL608 Introduction to Microcontrollers (15 points)
- ENEL621 Elements of Power Engineering (15 points)
Semester 2 courses
- ENGE501 Engineering Mathematics I (15 points)
- ENGE600 Engineering Management (15 points)
- ENEL610 Embedded Digital Systems (15 points)
- ENEL620 PLC Applications (15 points)
Year 3
Semester 1 courses
- ENGE771 Specialisation Project (Part A) (15 points)
- ENEL713 Power Systems Analysis & Design (15 points)
- ENEL714 Electrical Machines (15 points)
- Plus one optional course
Semester 2 courses
- ENGE772 Specialisation Project (Part B) (15 points)
- ENGE603 Renewable Energy Generation, Storage and Utilisation (15 points)
- Plus two optional courses
Optional courses you can choose from
Choose three from the following in Year 3. At least one of these courses should be at level 7.
Semester 1 courses
- ENEL701 Power Electronic Systems (15 points)
- ENEL710 Sustainable Energy for Renewable Power (15 points)
- ENEL712 Embedded System Design (15 points)
- ENEL715 Digital Systems Development I (15 points)
Semester 2 courses
- ENGE601 Engineering Mathematics II (15 points)
- ENEL702 Instrumentation and Control Systems (15 points)
- ENEL703 Power Engineering (15 points)
- ENEL716 Digital Systems Development II (15 points)
If you started your studies in the Bachelor of Engineering Technology before 2024, the courses you need to complete are a little different. Find out what courses you need to take to complete your qualification if you started in 2023 or earlier.
Specialisation project
All students need to complete an industry-based project in their third year, which is completed over two semesters. This supervised project helps you develop new skills which include theoretical/practical design and production techniques. Students work as individuals or as part of a team on projects related to their major. During the project, you critically reflect on the relationship between your academic studies and engineering workplace practice, test theories and identify gaps in your knowledge to enhance your understanding of practical engineering matters.
Want more info about work integrated learning at AUT?
Read more about workplace experience in AUT programmes, how it works and why it’s so beneficial when you start your career.
Workplace experience in AUT programmes
Ready to enrol in your courses?
Find out how you can enrol in the courses and classes for your programme, whether you’ve just joined AUT as a new student or you’re already studying with us. If you’re looking for a course timetable or more info on a specific course use our course search.
- Control system engineer
- Lighting and building services engineer
- Power systems engineer
Find out more about industry trends, job descriptions and what employers may be looking for.
Other major in the Bachelor of Engineering Technology
Postgraduate study
- High demand for electrical engineering skills
- Emphasis on sustainability and relevant skills for your career
- Includes an industry-based project
- Access to specialised facilities
- Interested in everything from computer circuits to fuel cells
- Always wanting to know how things work
- Passionate about physics and maths
The information on this page was correct at time of publication. For a comprehensive overview of AUT qualifications, please refer to the Academic Calendar.