Queensland

AUR32120

Certificate III in Automotive Body Repair Technology in Rockhampton

Nationally Recognised Vocational Education and Training (VET)
Study mode On Campus / Blended / Traineeship / Apprenticeship / Online
Duration 12 - 48 months
Estimated fee* $0 - $19,793 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 Rockhampton.

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 - $19,793 Fees are based on full-time study.
* Showing course fees for all providers. Some providers may not offer this course in your area.

Career opportunities

The Certificate III in Automotive Body Repair Technology will prepare you for the following roles.

Find a course provider

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

Canberra Institute of Technology
Traineeship, Apprenticeship
36 Months
Kangan Institute
On Campus, Blended, Apprenticeship
36 Months
TAFE NSW
Traineeship
3 Years
MTA Institute
Traineeship
4 Years

More about Certificate III in Automotive Body Repair Technology

Are you looking to kickstart your career in the automotive industry? The Certificate III in Automotive Body Repair Technology is an excellent qualification that can pave the way for various exciting job prospects in Rockhampton, 4700 Australia. With courses available through notable training providers such as CIT, Kangan Institute, TAFE NSW, and MTA NSW, students can choose from flexible online delivery modes that fit their schedules.

This qualification is linked to essential fields of study, including Manufacturing and Trades. Students will find a well-rounded curriculum that covers everything from hands-on practical skills to in-depth knowledge of automotive technologies. The training provided in Rockhampton is designed not only to meet industry standards but also to equip students with the skills necessary to excel in various roles within the automotive sector.

Upon completion of the Certificate III in Automotive Body Repair Technology, graduates will be well prepared for a range of job roles. Potential careers include Windscreen Fitters, who specialise in replacing and repairing windscreens; Spray Painters, responsible for painting vehicles; and Panel Beaters, who repair car bodies. Other options include becoming an Automotive Service Technician, Car Detailer, or an Automotive Body Builder. The course also prepares students for roles such as Automotive Body Repair Apprentices and Automotive Refinishers.

Rockhampton is an ideal location for those seeking to enter the automotive repair industry, as it boasts a vibrant economy and a growing demand for skilled professionals. With a physical presence of training providers in the area, students can benefit from face-to-face learning opportunities while networking with local industry experts. Whether you're already working in the field or are looking to start anew, Rockhampton's training courses can provide the necessary credentials to help you advance your career in automotive body repair.

Investing your time in the Certificate III in Automotive Body Repair Technology is a strategic step towards securing a successful career in the automotive industry. With access to top training providers and a supportive local community, you’ll be equipped with the skills and knowledge needed to thrive. Explore the options available in Rockhampton today and take the first step towards becoming a qualified professional in this dynamic field.