Apply mathematical techniques in a manufacturing engineering or related environment
MEM30012A
40
Interact With Computing Technology
MEM16008A
20
Organise And Communicate Information
MEM16006A
20
Participate In Environmentally Sustainable Work Practices
MSAENV272B
30
Select Common Engineering Materials
MEM30007A
40
Analyse A Simple Electrical System Circuit
MEM30025A
40
Apply Basic Engineering Design Concepts
MEM09011B
60
Apply computer aided manufacturing (CAM) processes
VU22509
40
Apply technical mathematics
MEM23004A
80
Coordinate engineering projects
MEM22013A
60
Grade Point Average
GRADEPOINTAVE
0
Interpret Technical Drawing
MEM09002B
40
Operate computer-aided design (CAD) system to produce basic drawing elements
MEM30031A
40
Perform Computations
MEM12024A
30
Prepare Basic Programs For Programmable Logic Controllers
MEM30027A
20
Set Up Basic Hydraulic Circuits
MEM30010A
40
Set Up Basic Pneumatic Circuits
MEM30011A
40
Use computer-aided design (CAD) to create and display 3-D models
MEM30033A
40
Use Graphical Techniques And Perform Simple Statistical Computations
MEM12025A
20
Use workshop equipment and processes to complete an engineering project
MEM30029A
60
Write and modify basic CNC programs
VU22505
40
Please note that the listed electives are delivered by The Gordon but you may not need to complete all of these units to successfully complete this qualification.
If you have previously completed any of the units of competency relevant to this course, you may be eligible for Credit Transfer (CT).
Any previous relevant experience may qualify you for Recognition of Prior Learning (RPL).
Find out more about CT or RPL here.
Assessment is based on:
- Hands-on projects
- Written assignments
- Team projects