- Current students
Start your electrical engineering training with the New Zealand Certificate in Electrical Engineering (Level 3) (NZCEE). This pre-apprenticeship programme is the first step in electrical training before you enter into an apprenticeship arrangement with an employer.
You’ll learn and develop Level 3 competencies such as:
- Fault diagnosis and testing techniques
- Safe practices
- Electrical legislation
- Installation and maintenance of electrical machines and electrical equipment in special electrical situations
- Communicating with stakeholders on electrical and related matters
The NZCEE is suitable for you if you wish to pathway into an apprenticeship or further education in Electrical or Electronics Engineering.
ITO students: The National Certificate in Electrical Engineering (Level 2) programme has been replaced with a Unit Standards based stream in the New Zealand Certificate in Electrical Engineering (Level 3).
- Once you have completed this programme you can apply to have the courses cross-credited as Unit Standards towards your apprenticeship requirements
- A key step towards registration with the Electrical Workers Registration Board (you do not gain registration as a direct result of completing this qualification)
- Practical experience reflecting real-world application
- Study full-time or part-time – ability to switch between full and part-time easily
Once you’ve successfully completed this programme you’ll receive the qualification New Zealand Certificate in Electrical Engineering Theory (Level 3).
Graduates of this qualification will, in the context of the wider electrical industry and under supervision in a controlled environment, be able to work within the electrical industry as an electrical apprentice, including maintaining current competency and
communicating with stakeholders on electrical and related matters.
For this programme, you will need the following:
1. NCEA Level 1 in Mathematics, English, Physics or General Science; and
2. 8 credits at NCEA Level 1 in English (4 in reading, 4 in writing).
3. A minimum of 3 years secondary education.
4. Be 16 years old by the time the programme starts.
5. If English is not your first language, you will need one or more of the following:
- Have achieved NCEA Level 3 and New Zealand University Entrance
- Be able to provide evidence you satisfy our criteria for existing English proficiency
- Have achieved at least one English proficiency outcome in the last two years
Don’t have NCEA? We also accept:
- A relevant qualification at Level 2 on the NZQF or above or an equivalent qualification; or
- Provide sufficient evidence to be eligible for special or discretionary admission
For more information download the programme regulations:
Courses and timetables
For more details on the courses including timetables, please click on the course names below.
|Electrical Work Practices (ENCE3101)||15 credits (0.125 EFTS)||To acquire fundamental operational and theoretical knowledge of electrical work practices.|
|DC Fundamentals (ENCE3102)||15 credits (0.125 EFTS)||To introduce fundamental knowledge and principles of Direct Current (DC) electrical installation practices.|
|Installation Fundamentals (ENCE3103)||15 credits (0.125 EFTS)||To introduce fundamental knowledge and principles of electrical installation practices and associated legislation and standards.|
|Electrical Applications (ENCE3104)||15 credits (0.125 EFTS)||To understand and apply fundamental knowledge of electrical theory and practice to the installation and maintenance of electrical systems and equipment.|
|Electricity Systems (ENCE3105)||15 credits (0.125 EFTS)||To extend knowledge of electrical systems and applications of direct and alternating current.|
|Electricity Supply and Distribution (ENCE3106)||15 credits (0.125 EFTS)||To gain understanding of the fundamentals of the New Zealand electricity supply system and devices used to ensure the safety and protection of users and installations.|
|Circuit Design and Operation (ENCE3107)||15 credits (0.125 EFTS)||To understand the theory and application of electrical diagrams in terms of circuit design and lighting installations.|
|Electrical Machines (ENCE3108)||15 credits (0.125 EFTS)||To understand the theory and application of electrical machine protection, fault diagnosis, special power supplies and rotating machines.|
|Unit Standard 29465 (ENCEU29465)||6.0 credits (0.05 EFTS)||Apply knowledge of electrical safety and safe working practices for electrical workers|
|Unit Standard 29466 (ENCEU29466)||2.0 credits (0.017 EFTS)||Demonstrate knowledge of legislation and Standards governing electrical workers|
|Unit Standard 29467 (ENCEU29467)||2.0 credits (0.017 EFTS)||Demonstrate knowledge of the electrical industry ethical work practices|
|Unit Standard 29468 (ENCEU29468)||5.0 credits (0.042 EFTS)||Demonstrate and apply knowledge of safe plant isolation, re-commissioning, and associated electrical testing procedures|
|Unit Standard 29469 (ENCEU29469)||4.0 credits (0.033 EFTS)||Select and install flexible cords and cables|
|Unit Standard 29470 (ENCEU29470)||2.0 credits (0.017 EFTS)||Demonstrate knowledge of electric motor and generator construction and operation|
|Unit Standard 29471 (ENCEU29471)||2.0 credits (0.017 EFTS)||Demonstrate knowledge of electric switchboards and lighting and power circuits|
|Unit Standard 29472 (ENCEU29472)||6.0 credits (0.05 EFTS)||Demonstrate knowledge of electric lighting systems|
|Unit Standard 29473 (ENCEU29473)||3.0 credits (0.025 EFTS)||Demonstrate knowledge of single-phase and three-phase transformers|
|Unit Standard 29474 (ENCEU29474)||6.0 credits (0.05 EFTS)||Demonstrate and apply knowledge of electrical fittings and components and their installation|
|Unit Standard 29475 (ENCEU29475)||8.0 credits (0.067 EFTS)||Demonstrate and apply knowledge of electronics|
|Unit Standard 29476 (ENCEU29476)||7.0 credits (0.058 EFTS)||Demonstrate and apply knowledge of capacitance, inductance, power factor, and power factor correction|
|Unit Standard 29477 (ENCEU29477)||2.0 credits (0.017 EFTS)||Demonstrate knowledge of the New Zealand national electricity grid and associated electrical protection|
|Unit Standard 29478 (ENCEU29478)||6.0 credits (0.05 EFTS)||Demonstrate knowledge of electrical installations in special situations|
|Unit Standard 29479 (ENCEU29479)||4.0 credits (0.033 EFTS)||Draw and explain electrical diagrams|
|Unit Standard 29480 (ENCEU29480)||6.0 credits (0.05 EFTS)||Demonstrate knowledge of electric circuit design, control, and protection|
|Unit Standard 29481 (ENCEU29481)||5.0 credits (0.042 EFTS)||Apply knowledge of lighting installation, testing, repair, and disposal|
|Unit Standard 29482 (ENCEU29482)||3.0 credits (0.025 EFTS)||Demonstrate and apply knowledge of special power supplies|
|Unit Standard 29483 (ENCEU29483)||4.0 credits (0.033 EFTS)||Demonstrate and apply knowledge of single- phase and three-phase rotating machines|
|Unit Standard 29484 (ENCEU29484)||1.0 credits (0.008 EFTS)||Demonstrate knowledge of theory and practice for electrical workers|
|Unit Standard 29557 (ENCEU29557)||4.0 credits (0.033 EFTS)||Apply fundamental techniques for identifying and locating faults in electrical fittings or systems|
|Unit Standard 5932 (ENCEU5932)||2.0 credits (0.017 EFTS)||Demonstrate knowledge of protection of circuits from static electricity and magnetic interference|