Civil engineering involves improving our environment and living standards with the design and construction of large works such as roads, bridges, commercial and industrial buildings, water supply, irrigation, water and sewage treatment schemes, and small works such as recreational facilities, car parks etc.
In the first year of studies, students study basic mathematics and communication skills, drafting and surveying. The first year is covered by the Diploma of Engineering Technology (Civil).
In the second year, students study advanced drafting techniques as well as road, drainage and structural design.
The first year is made up of units from the Diploma of Engineering Technology (Civil).
All core units must be completed satisfactorily. Students coming from a non trade background must complete all elective units.
This course is not taking new enrolments in 2010
About the Course
- Local Students
- International Students
- National Code: 21622VIC
- CRICOS Code: 057892K
Campus: Preston, Greensborough
Duration
Full-time:
2 years
(1400 hrs) or 1 year after successful completion of Diploma
Modes of Delivery
Classroom
Further Study and Careers
Pathways to Further Study
Graduates of this course have the opportunity to apply for credits/exemptions in to associated degree courses.
Career Opportunities
Students who successfully complete this course may gain employment with government departments and public authorities, civil engineering contractors or consulting engineers.
Graduates may also seek entry and advanced standings in degree courses in civil engineering offered by universities such as Latrobe University.
Entrance Requirements
Applicants should have successfully completed Year 12 of VCE studies or its equivalent, including units in English and Mathematics. Mature age students (non VCE) with relevant experience may also apply. Students undertaking this course will need an interest in the application of scientific and mathematical principles to solve practical problems. Students who do not have the necessary prerequisite studies may be required to undertake additional bridging units of study in mathematics and communications.
Materials
Assessment Methods
Various forms of assessment may be used including: Project based assessment, completion of allocated assignments, presentation of design projects, written exams / tests.
Materials
Participants of this course are required to purchase specific texts and materials. Contact the department for more information.
Fees
Local Fees:
Eligible for govt subsidy: max $2,000 | Ineligible for govt subsidy: max $10,000
International Fees:
A$10200 p.a.
Australian Government subsidised place:
You could be eligible for an Australian Government subsidised place if you meet the specific requirements, for more information about fees click here.
VET FEE-HELP helps you pay your VET tuition fees:
You could be eligible to access a VET FEE-HELP loan to pay your VET tuition fees for a number of NMIT Diplomas and Advanced Diplomas.
More Information
How to Apply
Local Students
This course is not taking new enrolments in 2010
You must also complete a supplementary application form.
International Students
Click to download an
Application for Enrolment Form
Units of Study
The Units of Study listed below have been approved for VET FEE-HELP. You may be required to undertake additional Units of Study in order to obtain the qualification. You will need to determine your particular combination of Units of Study with the department.
| Code | Subject | Hours |
|---|---|---|
| VBP298 | Produce engineering drawings for a stormwater reticulation scheme | 20 |
| VPAU208 | Design timber structures | 60 |
| VPN788 | Design and prototype components and/or small structures using engineering | 60 |
| BSBCMN419A | Manage Projects | 60 |
| VBN517 | Generate design solution | 60 |
| VBP236 | Use advanced 2D & 3D computer aided drafting techniques | 80 |
| VBP282 | Apply environmental issues to engineering projects | 40 |
| VBP283 | Apply principles of mechanics to engineering structures | 40 |
| VBP289 | Produce an engineering design for a reinforced concrete structure | 40 |
| VBP290 | Produce an engineering design for a steel structure | 60 |
| VBP292 | Produce advanced engineering drawings for a reinforced concrete structure | 40 |
| VBP295 | Produce Structural Steel Shop Drawings | 40 |
| VBP299 | Apply surveying computations to engineering problems | 40 |
