Course Overview

About This Course

Here at Trinity Institute Australia, we are driven by our goal to empower our students to meet their full potential. We aim to do so by delivering an effective learning environment that challenges and stimulates the minds of our students. We have found that learning is more effective when fun is involved, and students have the opportunity to develop a sense of belonging. Trinity Institute Australia recognises this, and endeavours to ensure that each and every student has the opportunity to develop themselves and become well-rounded individuals in the professional world. Our commitment to achieving this is evident in the strong work ethic of our teaching staff, our cultural mix and our emphasis on personal and academic development. We value the diverse background of our learners and demonstrate this in our teaching, curriculum and services.

Where You Can Study

Available Locations

Sydney

35 Smith St, PARRAMATTA, NSW 2150

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Eligibility

Entry Requirements

General Requirements

All enrolments are subject to meeting entry requirements
Applicants must provide details of highest completed school level (Year 8 or below through to Year 12 or equivalent)
Applicants may apply for Recognition of Prior Learning (RPL)
English language ability must be demonstrated (accepted tests include IELTS, TOEFL, PTE, CAE, or completion of an English course in Australia)
A Unique Student Identifier (USI) is required for enrolment
Passport details required for international students

Quality & Recognition

Accreditation & Migration

Academic Regulator

ASQA

Professional Body

State/Territory Trade Licensing Authority

Accreditation Status

Accredited

Skills Assessor

TRA (Trades Recognition Australia)

Common Questions

Frequently Asked Questions

What is the course code and CRICOS code for the Diploma of Automotive Technology?

The Diploma of Automotive Technology is delivered under the national qualification code AUR50216 and has a CRICOS code of 118249F.

How long does the Diploma of Automotive Technology take to complete?

The Diploma of Automotive Technology has a duration of 52 weeks. Please note that duration may depend on units selected for credit transfer and elective units.

How is the Diploma of Automotive Technology delivered?

The course is delivered through a blended learning model consisting of practical sessions (7 hours per week, face-to-face in workshops or on campus), theory sessions (7 hours per week, face-to-face on campus), and supervised study sessions (6 hours per week, conducted online in real-time). Students are also expected to complete self-directed study each week.

Where can I study the Diploma of Automotive Technology?

Students can choose to study at Trinity Institute Australia's Parramatta campus located at 35 Smith Street, Parramatta NSW 2150, or at the CBD Sydney campus located at Level 5, 770 George Street, Sydney NSW 2000.

Can I apply for Recognition of Prior Learning (RPL) for the Diploma of Automotive Technology?

Yes, applicants can indicate on their enrolment application form that they wish to apply for Recognition of Prior Learning. If you indicate YES, you will be contacted to discuss this further.

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!

Course Snapshot

Salary, careers & skills

Typical Salary

Entry-level (0-2 years)AUD $60,000 to $80,000 per year

Early Career (2-5 years)AUD $80,000 to $105,000 per year

Mid-Level (5-10 years)AUD $105,000 to $140,000 per year

Career Paths

Automotive Design EngineerPowertrain EngineerElectric Vehicle (EV) Systems EngineerVehicle Dynamics EngineerNVH (Noise, Vibration, Harshness) Engineer

Key Skills

Vehicle dynamics analysis and simulationPowertrain design and development (ICE, hybrid, and electric)Computer-aided design (CAD) using SolidWorks, CATIA, or similar toolsFinite element analysis (FEA) and computational fluid dynamics (CFD)Automotive electronics and embedded systems integration

Full Course Overview

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