Bachelor of Engineering Technology (Advanced Manufacturing)
Course ID: 115315C
Study Mode
On Campus
Course Duration
3 years
Next Intake
November 2024
February 2025
Location
Adelaide (SA)
Overview
- Course Duration: 3 years (six semesters full-time)
- Course Level: AQF 7
- Accreditation status: Approved By TEQSA
- TEQSA Provider ID: PRV14379
- CRICOS Code: 04229B
Why study a Bachelor of Engineering Technology (Advanced Manufacturing) at Imperial?
The purpose of advanced manufacturing is to enhance output, increase the added value of products, improve the quality of products, and consolidate the resilience and flexibility to the market.
The Bachelor of Engineering Technology (Advanced Manufacturing) will prepare you to be an engineering technologist with industry relevant knowledge, skills, and attributes. The Imperial course will enable you to meet the graduate attributes as outlined by Engineers Australia. Imperial has created strong industry partnerships within the advanced manufacturing sector and focuses on workplace integrated learning. As an Imperial graduate, you will be able to readily apply knowledge of science and engineering fundamentals and in-depth competence and understanding in advanced manufacturing.
Admissions
School leavers Successful completion of Australian Standard Year 12 or equivalent with a minimum ATAR of 60 or equivalent.
OR
Satisfactory completion of an accredited Tertiary Preparation Program, Tertiary Orientation Program, or a Foundation Year Program offered by an Australian university or other accredited institution that would enable students to gain entry to an Australian university
AND
Australian Standard Year 12 or equivalent Mathematical Methods
There are no specific health requirements however if you feel there are health conditions for which you may require assistance, please indicate this in your application form and a IEE staff will contact you for further discussion.
Completion of year 12 or equivalent with knowledge in Mathematics Methods or equivalent.
Academic IELTS: Overall score of 6.0 with no individual band lower than 5.5
TOEFL iBT: Overall score between 60-78 with minimum scores: 12 in Reading, 20 in Writing, 11 in Listening 17 in Speaking.
Pearson (PTE): Overall score of 50 with no score lower than 45 in each subject
Cambridge –CAE: Overall score of 169 with no score lower than 162 in each band
Course Details
Prerequisites and/or co-requisites are noted on the unit outline.
Where there are prerequisite requirements, students must have successfully completed the preceding unit prior to enrolling in the unit, while for the case of a co-requisite students must have either successfully completed or are currently enrolled in the co-requisite unit.
- Core UnitsCredit Value
- MTH100 Engineering Mathematics 110
- MTH110 Engineering Mathematics 210
- PHY100 Engineering Physics: Mechanics10
- PHY110 Engineering Physics: Electromagnetism10
- EIT100 Programming for Engineers10
- ENG100 Introduction to Engineering Technology10
- ENG210 Engineering Materials10
- ENG220 Embedded Systems.10
- ENG230 Transducers, Sensors, Actuators and Control10
- ENG240 Artificial Intelligence and Virtual Reality Systems10
- ENP100 Engineering Practice 1: Technology in a Social Context Project10
- ENP110 Engineering Practice 2: CAD and 3D Printing Project10
- ENP200 Engineering Practice 3: Sustainability Project10
- ENP220 Engineering Practice 4: Project Management Finance and Org Structures10
- ENP300 Engineering Practice 5: Industry Project20
- ENP310 Engineering Practice 6: Industry Capstone Project (Advanced Manufacturing)20
- Discipline Specialisations Core
- AMF200 Quality Management Systems10
- AMF210 Introduction to Advanced Manufacturing10
- AMF310 Design for Manufacture and Assembly10
- AMF320 Computer Integrated Manufacturing10
- AMF330 Advanced Manufacturing and Logistics10
- Electives
- REE200 Renewable Energy Technology10
- OR
- REE210 Power Electronics and Storage Technologies10
To be eligible to graduate, students must complete overall 240 credit points.
The Institute will grant credit for successful completion of relevant prior formal, non-formal and/or informal learning. The Institute maintains a Credit and Recognition of Prior Learning Policy and Procedure available on the Institute website that details the arrangements regarding credit and recognition of prior learning and if you may be eligible.
AUD $79,700
Career Opportunities
As a graduate of this degree, you will be highly qualified to design and implement state-of-the-art manufacturing and automation systems.
Opportunities for advanced manufacturing engineers are as diverse as the manufacturing industry itself.
Areas of employment are broad and may include the automotive and aerospace industries, the food and beverage industry and engineering and management consultancies.
You can work in any of the areas suggested for find opportunities such as:
- Product design engineering technologist
- Process engineering technologist
- Engineering specialist
- Facilities manager
- Production manager
- Quality engineering technologist
- Automation specialist.
Academic News
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