Auckland University of Technology

Bachelor of Engineering Technology

Qualification Education systems in some countries might use a level system divided into 10 levels. High levels imply more complex learning. Learn more	Bachelor Degree
Level Most education systems cover a wide range of qualifications from certificates to PhD. Learn more	7
Duration	36 Months
Credits	360
Study area	Other Engineering and Related Technologies
English level requirement	IELTS 6.0
Country	New Zealand
City	Auckland
Price international Please note: amounts shown are indicative and estimates only.	76,989
Rating	/10 Read reviews

apply now

Programme overview

Engineering technologists focus on practical design and applied technology, working across a wide range of engineering disciplines. The Bachelor of Engineering Technology prepares you for diverse engineering careers.

This engineering degree is accredited by Engineering New Zealand. It meets the Sydney Accord and prepares you for Technical Membership of Engineering New Zealand. Our close links with companies like Fisher & Paykel, Beca, Opus, Spark, Vodafone, Sky TV and Contact Energy can help you gain valuable workplace experience as part of your studies.

Course Content

BUILDING ENGINEERING:
Engineering Mathematics
Construction Design and Implementation
Construction Technology I
Introduction to Construction Material
Introduction to Engineering Design
Engineering Workshop Practice
Mathematics for Engineering Technology
Engineering Mechanics-Statics I
Computer Applications for Engineers
Construction Engineering Management I
Construction Technology II
Cost Engineering
Human Factors Engineering
Resilience Engineering
Asset and Facilities Management I
Mechanics - Statics II
Engineering Design Methodology
Construction Integration Specialisation Project
Construction Engineering Management II
Asset and Facilities Management II
Building Energy Management
Building Renovation Engineering
Construction Technology III
Safety Engineering
Engineering Mathematics II

ELECTRICAL ENGINEERING:
Engineering Mathematics
Analogue Electronics
Electrical Engineering Principles
Digital Devices and Systems
Personal Computer Engineering and Applications
Introduction to Engineering Design
Engineering Mathematics I or Mathematics for Engineering Technology
Introduction to Engineering Programming
Elements of Power Engineering
Electrical Machines
Introduction to Illumination Engineering
Industrial Measurement and Control
Introduction to Microcontrollers
Electrical Building Services
Engineering Management I
Software Development Practice
Electronics Project
Project
Power Systems Engineering
Distributed and Alternative Generation
Specialisation Project
Engineering Management II
PLC Applications A
Industrial Circuit Models
Power Electronics
Illumination Engineering
PLC Applications B
Engineering Mathematics II
Power Electronic Systems
Instrumentation and Control Systems

ELECTRONIC ENGINEERING:
Engineering Mathematics
Analogue Electronics
Electrical Engineering Principles
Digital Devices and Systems
Personal Computer Engineering and Applications
Introduction to Engineering Design
Engineering Mathematics 1 or Mathematics for Engineering Technology
Introduction to Engineering Programming
Elements of Power Engineering
Electrical Machines
Industrial Measurement and Control
Electronic Circuits
Introduction to Microcontrollers
Embedded Digital Systems
Engineering Management I
Software Development Practice
Electronics Project
Project
Digital Systems Development
Specialisation Project
Engineering Management II
PLC Applications A
Industrial Circuit Models
Linux Based Computing
Power Electronics
PLC Applications B
Engineering Mathematics II
Power Electronic Systems
Instrumentation and Control Systems

MECHANICAL ENGINEERING:
Engineering Mathematics
Electrical Engineering Principles
Introduction to Engineering Design
Introduction to Thermofluids and Energy
Engineering Materials I
Engineering Mechanics - Statics I
Engineering Mechanics - Dynamics I
Computer Applications for Engineers
Engineering Mathematics I
Engineering Management I
Engineering Design Methodology
Fluid Mechanics
Manufacturing Technology
Strength of Materials I
Mechanics - Dynamics II
Thermodynamics and Heat Transfer
Engineering Management II
Specialisation Project
Engineering Mathematics II
Operations Management for Manufacturing
Computer Aided Design and Manufacturing - CAD/CAM
Mechanical Design
Advanced Manufacturing Technology
Control Engineering|Strength of Materials II
Advanced Materials
Product Design
Advanced Manufacturing Processes
Advanced Thermodynamics

Entry requirements

Bachelor of Engineering Technology

Programme overview

Career opportunities