The Bachelor of Engineering Technology (Electrical) (Level 7) prepares students for careers as professional engineering technologists specialising in Power Engineering. The programme develops expertise in designing, operating, maintaining, and managing electrical power systems used in homes, businesses, industries, and public infrastructure. The curriculum has been developed with industry input and is accredited by Engineering New Zealand (EngNZ), providing national and international recognition.

Key reasons to choose this programme

• Graduate with a professionally recognised Level 7 engineering qualification.
• Specialise in Power Engineering.
• Study at the award-winning MIT TechPark engineering campus.
• Learn through practical laboratory work, engineering projects, and industry-focused learning.
• Gain experience using industry-standard electrical engineering software and equipment.
• Complete a year-long Engineering Development Project.
• Accredited by Engineering New Zealand (EngNZ), meeting internationally benchmarked standards for engineering technologists.
• Excellent employment opportunities in electrical power, utilities, manufacturing, and infrastructure sectors.

Programme Structure / Subjects Offered

The programme consists of 360 credits completed over three years.

Foundation Engineering Courses

Students study:

• Engineering Design and Drawing
• Engineering Mathematics
• Mechanics
• Engineering Computing
• Engineering Communication
• Engineering Management

Electrical Engineering (Power) Courses

Core specialist subjects include:

• Electrical Principles
• Electronic Principles
• Elements of Power Engineering
• Electrical Machines
• Protection Systems
• Electrical Machine Dynamics
• Power Systems
• Project Management
• Professional Engineering Practice
• Engineering Development Project (30 credits)

Students also gain experience in:

• Three-phase circuit analysis
• AC and DC machines
• Power generation
• Power transmission and distribution
• Electrical protection systems
• Earthing systems
• Switchgear
• Electrical design
• Engineering software
• Project planning and management
• Sustainable engineering practices. 

Disciplines / Specialisations Offered

The programme specialises in Power Engineering, covering:

• Electrical Power Systems
• Electrical Machines
• Power Generation
• Power Transmission
• Power Distribution
• Electrical Protection
• High Voltage Engineering
• Electrical Design
• Engineering Project Management
• Electrical Infrastructure
• Sustainable Energy Systems
• Professional Engineering Practice.

Programme Highlights

• Category 1 NZQA provider.
• Accredited by Engineering New Zealand (EngNZ).
• Qualification benchmarked against national and international standards for engineering technologists.
• Award-winning MIT TechPark engineering campus.
• Specialisation in Power Engineering.
• Extensive laboratory and practical learning.
• Industry-standard engineering software and equipment.
• Year-long Engineering Development Project.
• Strong industry links with employers across the electricity, infrastructure, and manufacturing sectors.
• Recognition of Prior Learning (RPL) available.

Career Outcomes

Graduates may pursue careers such as:

• Electrical Engineering Technologist
• Field Services Engineer
• Power Systems Engineer
• Electrical Design Engineer
• Electrical Project Engineer
• Electrical Maintenance Engineer
• Protection Systems Engineer
• Distribution Network Engineer
• Technical Sales Engineer
• Production Manager
• Electrical Infrastructure Engineer
• Engineering Consultant

Graduates work in sectors including:

• Electricity generation and distribution
• Power utilities
• Building services
• Manufacturing
• Industrial automation
• Infrastructure development
• Engineering consultancies.

Latest Updates / Special Requirements

• The programme is accredited by Engineering New Zealand (EngNZ), confirming that it meets nationally and internationally benchmarked standards for engineering technologists.
• Students complete a substantial Engineering Development Project in their final year, applying technical knowledge to solve real engineering problems.
• Indicative tuition fees are based on the 2026 fee structure and exclude the Compulsory Student Services Fee (CSSF).
• Programme delivery is subject to minimum enrolment numbers and academic approval.
• International students must attend face-to-face classes at MIT TechPark and are not permitted to study the programme fully online.

Student Visa Requirements

International students intending to study this programme in New Zealand must obtain a valid New Zealand Student Visa.

Applicants are generally required to provide:

• An Offer of Place from Manukau Institute of Technology.
• Proof of payment or sufficient funds for tuition fees.
• Evidence of sufficient funds for living expenses.
• A valid passport.
• Proof of English language proficiency (IELTS Academic 6.0 overall, with Writing and Speaking at least 6.0, and Reading and Listening at least 5.5, or an approved equivalent).
• Medical examination and chest X-ray (if required).
• Police clearance certificate (where applicable).
• Approved medical and travel insurance.
• Compliance with all current Immigration New Zealand student visa requirements.