Course Overview

About This Course

Designed for students who love solving real production problems, this degree blends engineering fundamentals with modern manufacturing technologies—automation, robotics, sensors, AI, and digital production systems. You'll learn through labs and Workplace Integrated Learning, gaining practical experience with industry-grade equipment at Regency Park. Graduates are suited to fast-growing sectors across South Australia and globally, supporting advanced manufacturing, logistics, quality, and continuous improvement roles as factories shift to smarter, cleaner, data-driven operations.

Eligibility

Entry Requirements

Requirements

Pathway 1: School leavers — Successful completion of Australian Year 12 (or an equivalent qualification) with a minimum ATAR of 60 (or equivalent), including Mathematical Methods (or equivalent).
Pathway 2: Alternative entry pathway — Successful completion of an accredited Tertiary Preparation Program, Tertiary Orientation Program, or Foundation Year Program offered by an Australian university or another accredited institution that provides entry to Australian university study, plus evidence of Year 12 (or equivalent) Mathematical Methods (or equivalent).
Health Requirements — There are no specific health requirements for this course. If you have a health condition, disability, or any circumstance that may affect your studies and you may need support or reasonable adjustments, please note this in your application.
English Proficiency (if English is not your first language):
- IELTS (Academic): Overall 6.0, no band below 5.5
- TOEFL iBT: Overall 60–78, with minimum scores of Reading 12, Writing 20, Listening 11, Speaking 17
- Pearson PTE (Academic): Overall 50, with no score below 45 in each component
- Cambridge English (CAE): Overall 169, with no band below 162

Career & Study Pathways

Where this takes you

Career Opportunities

Graduates are ready to support smarter, safer, more efficient production. They can build skills for modern factories, automation, quality, and continuous improvement across diverse industries—from aerospace and automotive to food manufacturing and consulting roles. Graduate career outcomes include: Product design engineering technologist, Process engineering technologist, Engineering specialist, Facilities manager, Production manager, Quality engineering technologist, Automation specialist.

Course Content

Units of Competency

All Units23 units

MTH100

Engineering Mathematics 1

MTH110

Engineering Mathematics 2

PHY100

Engineering Physics: Mechanics

PHY110

Engineering Physics: Electromagnetism

EIT100

Programming for Engineers

ENG100

Introduction to Engineering Technology

ENG210

Engineering Materials

ENG220

Embedded Systems

ENG230

Transducers, Sensors, Actuators and Control

ENG240

Artificial Intelligence and Virtual Reality Systems

ENP100

Engineering Practice 1: Technology in a Social Context Project

ENP110

Engineering Practice 2: CAD and 3D Printing Project

ENP200

Engineering Practice 3: Sustainability Project

ENP220

Engineering Practice 4: Project Management, Finance and Organisational Structures

ENP300

Engineering Practice 5: Industry Project

ENP310

Engineering Practice 6: Industry Capstone Project (Advanced Manufacturing)

AMF200

Quality Management Systems

AMF210

Introduction to Advanced Manufacturing

AMF310

Design for Manufacture and Assembly

AMF320

Computer Integrated Manufacturing

AMF330

Advanced Manufacturing and Logistics

REE200

Renewable Energy Technology

Elective unit

REE210

Power Electronics and Storage Technologies

Elective unit

Common Questions

Frequently Asked Questions

What is the total cost of the Bachelor of Engineering Technology (Advanced Manufacturing)?

The total tuition fee for the course (inclusive of the Application Fee) is $79,700.00 AUD. Individual units are priced at $3,300.00 per 10 credit point unit and $6,600.00 per 20 credit point unit.

Is this course recognised by TEQSA and can international students enrol?

Yes. Imperial Engineering Education is registered with TEQSA (TEQSA Provider ID: PRV14379) and approved for international enrolment. The CRICOS Provider Code is 04229B and the CRICOS Course Code for this program is 115315C.

What practical experience will I gain during the degree?

The degree has Workplace Integrated Learning (WIL) embedded across the program. You will learn through on-campus labs using industry-grade equipment at Regency Park, and complete industry projects including Engineering Practice 5: Industry Project and Engineering Practice 6: Industry Capstone Project (Advanced Manufacturing), gaining practical experience and professional confidence before you graduate.

Can I receive credit for prior study or work experience?

Yes. Imperial Engineering Education may grant credit for relevant prior learning, including formal study, non-formal training, and appropriate informal learning or experience. Eligibility and application steps are outlined in the Institute's Credit and Recognition of Prior Learning (RPL) Policy and Procedure, available on the website.

What elective units are available in this course?

Students must choose one elective unit from the following two options: REE200 Renewable Energy Technology (10 credit points) or REE210 Power Electronics and Storage Technologies (10 credit points).

Application

How to Apply

Three simple steps to get enrolled

Step 01

Enquire

Click "Enquire Now" and tell us a little about yourself. It's free and takes 2 minutes.

Step 02

Submit Documents

Our team will guide you on exactly which documents to prepare and submit.

Step 03

Get Enrolled

Receive your offer letter and confirm your enrolment. Welcome to the course!

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Bachelor of Engineering Technology (Advanced Manufacturing)