Queensland

AUR31120

Certificate III in Heavy Commercial Vehicle Mechanical Technology in Hervey Bay

Nationally Recognised Vocational Education and Training (VET)
Study mode Traineeship / Blended / On Campus / Online / Apprenticeship
Duration 11 - 48 months
Estimated fee* $0 - $23,541 Support may be available
* Fees are indicative only and vary based on your circumstances and eligibility for government funding.

Entry requirements

Entry requirements set by ASQA are the basic qualifications and criteria that students must meet before enrolling in a nationally recognised course.

These requirements ensure students have the skills and knowledge needed to undertake this course.

  • There are no formal academic requirements
  • Additional entry requirements are set by individual course providers

Course fees

The estimated fee reflects the price range across training providers in Hervey Bay.

The course fee is determined by each individual provider and may vary depending on factors like study mode and student support availability.

Estimated Fee* $0 - $23,541 Fees are based on full-time study.
( QLD )
  • QLD Subsidised Training This training may be subsidised by the QLD Government for eligible individuals. Places are limited.
Enquire with a course provider to check your eligibility.
* Showing course fees for all providers. Some providers may not offer this course in your area.

Career opportunities

The Certificate III in Heavy Commercial Vehicle Mechanical Technology will prepare you for the following roles.

Find a course provider

Compare all providers for the available in Hervey Bay to find the right fit for you.

Canberra Institute of Technology
Apprenticeship
36 Months
Kangan Institute
Blended, Apprenticeship
36 Months
Skillinvest
Traineeship
36 Months
TAFE Queensland
On Campus
24 Months
Axial International College
Online, Apprenticeship
11 Months
Axial Training
Traineeship
48 Months
MTA Institute
Traineeship
4 Years
Allora College
Traineeship
3 Years

More about Certificate III in Heavy Commercial Vehicle Mechanical Technology

If you’re looking to advance your career in the automotive sector, the Certificate III in Heavy Commercial Vehicle Mechanical Technology is a fantastic option available in Hervey Bay. This course equips you with vital skills and knowledge that are essential for various roles within the industry. One prominent training provider delivering this qualification locally is TAFE Queensland, which offers on-campus delivery, making it perfect for those who prefer face-to-face learning experiences.

Upon completion of the Certificate III, graduates can pursue a variety of rewarding positions such as a Diesel Mechanic, Apprentice Diesel Fitter, or even a Marine Mechanic. Each of these career paths offers extensive opportunities within the heavy vehicle and automotive sectors, enabling you to apply the practical skills learned during your training. Hervey Bay, with its diverse local industries, provides a suitable backdrop for gaining hands-on experience and networking within the community.

The course is closely linked to essential fields like Manufacturing and Trades, ensuring that students acquire a well-rounded understanding of the automotive landscape. Whether you aspire to become a Truck Mechanic or a Heavy Vehicle Mechanic, this training will prepare you for the demands of your chosen role. Additionally, the recent surge in heavy vehicle servicing demands in the Hervey Bay area means that there are numerous employment opportunities for skilled professionals.

As you embark on this educational journey, the Certificate III in Heavy Commercial Vehicle Mechanical Technology will not only set you up for a promising career but also connect you to a network of fellow students and industry professionals in Hervey Bay. With the chance to gain hands-on experience and benefit from the expertise available at institutions like TAFE Queensland, you can confidently take the first step towards a rewarding career as a Heavy Diesel Mechanic, among other roles. It’s time to explore your options and invest in your future within the automotive field.