Engineering Technology (Electrical) Unitec Institute of Technology

Overview

The Engineering Technology (Electrical) at Unitec Institute of Technology provides a comprehensive foundation for students aspiring to become professional electrical or electronics engineers. This degree focuses on developing practical and analytical skills required to resolve complex engineering problems in modern industry.

Students can choose from three distinct pathways to tailor their learning to specific career goals. The Mechatronics track focuses on robotics and automation, while the Power pathway covers the generation and distribution of electricity. The Electronics specialisation explores circuit design and equipment manufacturing.

The curriculum integrates core engineering subjects such as computing, mechanics, and mathematics with professional practice.

Why Engineering Technology (Electrical) at Unitec Institute of Technology?

This programme is accredited by Engineering New Zealand and recognised internationally under the Sydney Accord. This global recognition allows graduates to pursue engineering roles in the United Kingdom, Australia, Canada, Hong Kong, and the United States.

Unitec Institute of Technology offers a unique learning environment with small class sizes, typically ranging from 35 to 60 students. This allows for more personalised interaction with lecturers and a stronger focus on individual student development throughout the three-year degree.

The institution maintains robust links with the engineering sector, providing students with opportunities to observe real-world sites. Learning is further enhanced by visiting industry experts who share insights into current trends and diverse career opportunities within the electrical field.

Tuition Fee Breakdown

• International fee: NZD 29615 per year
• National fee: NZD 7100 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

Modules may include:

Level 5

• Engineering Computing
• Mechanics
• Engineering Communication
• Engineering Maths Level 5
• Engineering Design and Drawing
• Electrical Principles
• Electronic Principles
• Elements of Power Engineering
• Electrical Machines
• PLC Programming 1
• Instrumentation and Control 1

Level 6

• Engineering Management
• Engineering Project
• PLC Programming 2
• Automation
• Instrumentation and Control 2
• Protection
• Sustainable Energy and Power Electronics
• Mathematics 2

Level 7

• Engineering Development Project (Sem A)
• Engineering Development Project (Sem B)
• Professional Engineering Practice
• Electrical Machine Dynamics
• Robotics
• Systems and Control
• Project Management
• Risk Management
• Power Systems

Careers with Engineering Technology (Electrical)

Graduates are prepared for a variety of technical roles across multiple sectors. Common career paths include becoming a control systems engineer, electrical services engineer, or a power systems engineer, focusing on the infrastructure that supports modern energy needs.

Those specialising in newer technologies may find opportunities as robotics or automation engineers. Additionally, the degree provides the necessary qualifications to work as an electronics engineer, designing and testing sophisticated electrical equipment for global manufacturing firms.