Uni Dual Offer Course

• You will receive an offer to both TAFE SA and University, with the University offer being conditional on successful completion of the TAFE SA qualification.
• You can rest assured you have secured your University offer, pending successful completion of the TAFE SA award.
• No further application will be required.
• You will receive credit for TAFE SA studies allowing you to complete two awards dependant on the pathway selected.
• If accepted, you will receive an offer to TAFE SA and-on successful completion of the TAFE SA qualification-an offer to University with no further application required.
• View our Uni Dual Offer Courses list

Important Information

• The Associate Degree in Electronic Engineering has full professional recognition and accreditation by Engineers Australia. It is the only course at this level in South Australia to have received this prestigious accreditation. This means that it meets national and international quality benchmarks and it offers satisfactory preparation for graduates to enter the profession at the Engineering Associate level. Graduates with this qualification are recognised in all countries that are signatories to the Dublin Accord: Canada, Ireland , Korea, New Zealand, South Africa, United Kingdom and the United States.
• TAFE SA course duration is 24 months
• You will receive 2 years credit for TAFE SA studies into the university degree upon successful completion of the TAFE SA qualification.
• Please note that fees listed apply to the TAFE SA qualification only. Check the University website for Bachelor fees.
• Year 12 completion must be with a minimum ATAR of 60.

View Course Units

Below is a list of all units that TAFE SA can offer in this qualification. The selection of units you will be enrolled into depends on the campus you attend, and the qualification packaging rules described on www.training.gov.au.

Not all units listed below must necessarily be completed to achieve your qualification.

Core

Name	Nominal Hours	Subject Code	National Code
Analogue electronics 1	150	EABBS	EABBS
Analogue electronics 2	150	EABBW	EABBW
Analogue electronics 3	150	EABCC	EABCC
Communication systems	150	EABBX	EABBX
Computer science 1	150	EABBY	EABBY
Computer science 2	150	EABCD	EABCD
Digital electronics	150	EABBR	EABBR
Engineering practice 1	150	EABBN	EABBN
Engineering practice 2	150	EABBZ	EABBZ
Engineering project	150	EABCG	EABCG
Engineering science	150	EABBT	EABBT
Exposure to Engineering Practice	3	EABCH	EABCH
Mathematics 1	150	EABBP	EABBP
Mathematics 2	150	EABCA	EABCA
Mathematics 3	150	EABCE	EABCE
Microcontroller programming	150	EABCB	EABCB
Project management	150	EABCF	EABCF

Employment Outcomes

Secure your pathway to university and get that competitive edge by studying this dual offer course. It will give you both a vocational and an academic qualification, setting you apart from other graduates. Based on the Associate Degree in Electronic Engineering qualification, you work as a technical officer in the rapidly-growing electronics industry and related areas like defence, mining, biomedical and communications. You may be working alongside engineers to design and prototype advanced technology, or customising computer controlled video equipment in a television studio.

Note: Completion of a TAFE SA course does not guarantee an employment outcome. Formal requirements other than educational qualifications (eg licensing, professional registration), may apply to some occupations.

Qualifications & Skills Covered

Higher Education

Associate Degree in Electronic Engineering (CRS1400029)
This is a Higher Education qualification which leads to employment and/or fast-track into further study at university. Students benefit from small-classes, work-integrated learning with an emphasis on practical and employability skills. The course offers work placement and industry-based final year projects. It develops skills to analyse, design and integrate hardware and software in complex electronics systems. Learn how to construct, test and design advanced analog and digital electronic circuits. Design circuits to interface with sensors, motors,etc and write programs to control them. Study mathematics and physics and apply to electronics. Develop skills in communication, creative problem solving and working in teams. Learning will be enhanced by combining lectures with practical laboratory and workshop sessions, including simulation tools.