Duration

This is a 26 week full time course. Students may be able to enrol on a part-time basis. Please contact us to discuss part-time options.

Fees

Tuition Fees: $6,500
Non-Tuition Fees: $1,500 (Non-refundable)
Total Fees: $8,000
Course Language: English

Entry Requirements

  • Minimum 18 years of age
  • Must have completed an automotive mechanical Certificate III qualification, or be able to demonstrate equivalent competency.
  • Basic computing skills and have access to a modern computer with internet
  • Must hold a current Drivers Licence or International passport
  • Complete a test to assess your LLN- language, literacy and numeracy skills or have a valid English Language Test (i.e. IELTS or PTE).
  • A minimum overall score of 6.0 is required for candidates with IELTS with a minimum score of 5.5 in each band. Comparable PTE results will also be accepted.

Delivery Method

The course is delivered in class, and face-to-face. Students will be required to attend lectures in the designated campus

Students will also be required to have access to a computer/smartphone and internet in order to complete online reading modules and assessments.

Units Covered in this course

Students must complete 10 units, 1 core and 9 elective, in order to be deemed competent.
  • AURTTA121 Diagnose complex system faults
  • AURETR037        Diagnose complex faults in light vehicle safety systems    
  • AURLTB104         Diagnose complex faults in light vehicle braking systems 
  • AURTTR101          Manage environmental and sustainability best practice in an automotive
  • AURLTE104         Diagnose complex faults in light vehicle petrol engines    
  • AURLTE105         Diagnose complex faults in light vehicle diesel engines     
  • AURLTX104         Diagnose complex faults in light vehicle automatic transmission and driveline system
  • AURTTA125         Diagnose complex faults in vehicle integrated stability control systems     
  • AURLTD109         Diagnose complex faults in light vehicle steering and suspension systems
  • AURAEA002       Follow environmental and sustainability best practice in an automotive workplace