Durban International College Pty Ltd
Certificate III in Light Vehicle Mechanical Technology
The Certificate III in Light Vehicle Mechanical Technology is a Certificate III course from Durban International College Pty Ltd. The CRICOS code for this course is 103674A. The main language of Certificate III in Light Vehicle Mechanical Technology is English.
In Australia, training providers must be approved for registration on the Commonwealth Register of Institutions and Courses for Overseas Students (CRICOS) before they can teach overseas students. The Certificate III in Light Vehicle Mechanical Technology is an approved CRICOS course from Durban International College Pty Ltd.
The field of studies for Certificate III in Light Vehicle Mechanical Technology is Engineering and Related Technologies, Automotive Engineering and Technology and Vehicle Mechanics.
Course Details
The Certificate III in Light Vehicle Mechanical Technology at Durban International College Pty Ltd has following details.
| Course name | Certificate III in Light Vehicle Mechanical Technology |
|---|---|
| Course status | Active |
| CRICOS Course Code | 103674A |
| Institute Name | Durban International College Pty Ltd |
| Broad Field | Engineering and Related Technologies |
| Narrow Field | Automotive Engineering and Technology |
| Detailed Field | Vehicle Mechanics |
Course Fees
The estimated total course fees for Certificate III in Light Vehicle Mechanical Technology is around $14,000.00. This includes $14,000.00 tuition fee and $0.00 non-tuition fee.
| Tuition fee | $14,000.00 |
|---|---|
| Non-tuition fee | $0.00 |
| Estimated total fees | $14,000.00 |
Related: Other Certificate IIICourses fromDurban International College Pty Ltd.
Course Duration
The Course duration on CRICOS must accurately reflect the time taken by a student to complete the course including any reasonable compulsory periods of orientation.
| Course duration | 57 weeks / 1.1 years |
|---|
The total course duration for Certificate III in Light Vehicle Mechanical Technology is around 57 weeks. The registered duration cannot exceed the time required for completing the course on the basis of the normal amount of full-time study, and must not include any period of work-based training unless this is necessary in order to obtain the course qualification. Course duration should not include the period between when assessments or examinations for the course have been completed, and the time when results become available.
This course includes work component of 40 hours per week and total 5 weeks which is total of 200 hours of Work. Work component hours (WIL hours) that are formally registered as part of the course are not included in the fortnight limitation.
Course Locations
The Certificate III in Light Vehicle Mechanical Technology course is available at following locations of Durban International College Pty Ltd.
| Location | City | State |
|---|---|---|
| Automotive Workshop - 2 Forster St RIDLEYTON SA 5008 | RIDLEYTON | SA |
| Level 1, Eastern Side, 128 Hindley Street, Adelaide | Adelaide | SA |
| Level 4, 38 Currie Street | Adelaide | SA |
FAQs - Certificate III in Light Vehicle Mechanical Technology
1. What is the total fees for Certificate III in Light Vehicle Mechanical Technology?
The total course fee for Certificate III in Light Vehicle Mechanical Technology is $14,000.00. This includes $14,000.00 tuition fees and $0.00 non-tuition fees.
2. What is the total duration of Certificate III in Light Vehicle Mechanical Technology course?
The total course fee for Certificate III in Light Vehicle Mechanical Technology is 57 weeks / 1.1 years.
3. What is CRICOS code of Certificate III in Light Vehicle Mechanical Technology course?
The CRICOS code of Certificate III in Light Vehicle Mechanical Technology is 103674A. The provider code for Durban International College Pty Ltd is 02915G.
4. What are the field of studies for Certificate III in Light Vehicle Mechanical Technology course?
The main field of studies of Certificate III in Light Vehicle Mechanical Technology course are Engineering and Related Technologies, Automotive Engineering and Technology and Vehicle Mechanics.