The Certificate in Applied Technology (Electronics Engineering) helps you develop your understanding of analogue, digital and computer electronics. Learn to design combinational circuits using programmable logic devices, and further your knowledge of analogue and digital circuit theory and their practical applications. Become competent in CAD, PLC and C++ programming, as well as MultiSim circuit simulation software.
- Emphasis on hands-on learning: you get to hone your electronics engineering skills using the latest electrical equipment.
- As part of the programme you cover the theory and practical off-job requirements toward registration as an Electrical Appliance Serviceperson under the Electricity Act.
- Cross-credits towards your electronic apprenticeship.
Once you've completed this programme you can apply for cross-credits towards unit standards from the National Certificate in Electronic Engineering, and start your apprenticeship. Work alongside an industry employer to complete all remaining unit standards and Electrical Workers Registration Board work experience hours to gain the Electrical Appliance Serviceperson registration.
Prepare for success
Well-prepared students have the best chance of success in their studies, so we've put together a free online guide so you can refresh and sharpen some of the skills you'll use on this programme.
To be eligible for admission, applicants must meet the general, or the discretionary, or the special admission requirements and they must also meet any programme-specific admission requirements. Applicants must also meet the English language requirements and may be interviewed.
Generic Admission Requirements
All applicants must be at least 16 years of age on the date of the programme's commencement for the semester in which they wish to enrol (or provide a completed Early Release Exemption form).
For Level 4 Certificate programmes applicants must have a minimum of 4 years secondary education, and a minimum of 12 NCEA credits at Level 1 in each of at least two subjects, OR a pass in two subjects in New Zealand School Certificate, OR Unitec Certificate in Foundation Studies: Whitinga (Level 2) in a relevant pathway, OR equivalent.
Applicants must have:
- Attained the age of 20 years on or before the first day of the semester in which study for the Certificate is to commence; AND
- Have provided sufficient evidence of aptitude or appropriate work or other life experience that would indicate a successful outcome in the qualification.
In exceptional cases an applicant who does not meet the general admission requirements and who has not reached the age of 20 on or before the first day of the semester in which study for the Certificate is to commence may apply for discretionary admission.
In assessing whether to grant discretionary admission in exceptional cases, the primary focus will be on the applicant's level of preparedness for study at the required level.
English Language Admission Requirements
General English Language requirements
Applicants must have achieved a minimum standard of English as demonstrated by a minimum of 12 credits at NCEA Level 1 in English.
International Students for whom English is not their First Language
Applicants must have achieved one of the following:
- Completion of NZ Certificate in English Language (NZCEL) Level 3 with endorsement of either General or Workplace or Academic;
- An overall IELTS band score (Academic Format) of 5.5 with no band score lower than 5;
- An overall TOEFL pBT (Paper-based Test) score of 530 (plus essay TWE of 4.5) OR an overall TOEFL iBT (Internet-based Test ) score of 46 (plus writing score of 20);
- Level B1 under the Common European Framework of Reference for Languages (CEFR);
- First Certificate in English (FCE) with a pass at Grade C OR Certificate in Advanced English (CAE) with a score of 47 or higher under the Cambridge International standard tests of English as a foreign language;
- Pearson Test of English (PToE) (Academic) with a score of 42;
- City & Guilds Internal English for Speakers of Other Languages (IESOL) B2 Communicator with a score of 42.
Existing English Language Proficiency
Applicants may also provide evidence of satisfying one of the criteria for existing English proficiency as specified by the NZQA. For more information please visit the NZQA website.
Programme Specific Admission Requirements
To be admitted to this programme, applicants must also meet the requirements set out in this schedule.
Courses and timetables
The following courses are valid for 2014. The courses may be offered as part of the programme. Click on the course links below to see the course details and timetables.
|Electrical Fundamentals A (ETEC3821)||15 credits (0.125 EFTS)||To enable students to develop understanding, skills and professional practice in AC & DC circuits and work safely and effectively to Electrical Service Technician ’A’ theory and practice standards.|
|Computer Concepts (ETEC3826)||15 credits (0.125 EFTS)||To enable the student to gain knowledge and skills in computer systems and sub-systems.|
|Signal Transmission Principles (ETEC4823)||15 credits (0.125 EFTS)||To enable students to gain an understanding of radio, TV and other transmission and reception circuits.|
|Analogue Electronics (ETEC4824)||15 credits (0.125 EFTS)||To enable students to develop knowledge and understanding of fundamental DC and AC circuit theory and analogue electronics principles and their applications|
|Digital Logic (ETEC4825)||15 credits (0.125 EFTS)||To enable students to develop knowledge and skills in digital electronic circuits and PLC hardware.|
|Advanced Digital Electronics (ETEC4826)||15 credits (0.125 EFTS)||To further the student?s knowledge and skills in digital systems and sub-systems.|
|CAD and PCB Design (ETEC4828)||15 credits (0.125 EFTS)||To enable students to develop CAD skills to operate CAD software to design printed circuit board (PCB) layout and electronic circuit schematics.|
|Programming (ETEC4829)||15 credits (0.125 EFTS)||To enable students to gain an understanding of computer programme design and write programmes in an engineering computer language.|