Accredited course Outline
22/07/2026 4:51 PM AWST
Whilst all efforts are made to provide accurate and timely information from the relevant source/documentation, please be aware that the information supplied may not be the most current version. The accuracy of the detail has not been confirmed by the Department and therefore should not be relied upon without first confirming the contents.
Unspecified Code Engineering
Unspecified Code Engineering
9353
Draft
Approved
State Implementation and Classification
Description
The Associate Diploma in Engineering provides training in advanced level metal
and engineering skills. The modules in the course provide the knowledge and
skills required at the technician, associate and para professional levels.
Schedule
1. ELECTIVES
1 The course requires the selection of 36 full modules using the following criteria: - 0 to 6 full modules from the National Metal and Engineering Curriculum (NMEC) trade bank - 0 to 27 full EA modules from the Engineering Technician/Associate bank, the dual status NMEC modules and the WA accredited Metallurgy modules - 0 to 15 full EB modules from the Engineering Technician/Associate bank. 2 Select between 0 and 27 full modules from: - the NMEC trade bank - the Engineering Technician/Associate bank - the dual status NMEC modules - the WA accredited Metallurgy modules - Engineering Technician/Associate Modules (EB modules). 2.1 NMEC Trade Bank A maximum of 6 full modules may be chosen from this module bank (see General Note 1). Modules already completed as part of another course such as a Certificate of Trade Studies or an Engineering Production Certificate may not be selected. Refer to the current NMEC Module Reference Manual for a complete listing of modules and information on nominal duration and pre-requisites. 2.2 Engineering Technician/Associate Bank (EA Modules) A maximum of 27 full modules may be selected from this module bank (see General Note 1). Modules selected must be designated as EA. Refer to the current Engineering Technician/Associate Module Reference Manual for a complete listing of modules and information on nominal duration and pre-requisites. 2.3 Dual Status NMEC Modules A maximum of 21 full modules may be selected from the modules listed below (see General Note 1). EPC 43055 EPC04 PRODUCTION SUPERVISION 1 43056 EPC05 PRODUCTION TRAINING 1 43057 EPC07 PRODUCTION SUPERVISION 2 43058 EPC08 PRODUCTION TRAINING 2 43122 EPC109 FACTORY PLANNING AND OPERATION NMEC Electrical/Electronic 86958 NE16 DIGITAL SUBSYSTEMS 1 86959 NE17 DIGITAL SUBSYSTEMS 2 86983 NE50 PROGRAMMABLE CONTROLLERS 2 86984 NE51 PROGRAMMABLE CONTROLLERS 3 86989 NE72 OPERATIONAL AMPLIFIER APPLICATIONS 86990 NE73 MICROPROCESSOR PROGRAMMING 1 86991 NE74 MICROPROCESSOR PROGRAMMING 2 86993 NE76 AC MOTOR CONTROL 86994 NE77 DC MOTOR CONTROL 87309 NE103 MICROPROCESSOR APPLICATIONS 1 87210 NE105 ADVANCED TEST EQUIPMENT 87253 NE107 ILLUMINATION 2 87009 NE122 INDUSTRIAL TRANSDUCERS 87023 NE123 INDUSTRIAL CONTROL 87024 NE124 LINEAR IC APPLICATIONS 87255 NE137 LARGER SCALE ELECTRICAL CONTRACTING 1 87256 NE138 LARGER SCALE ELECTRICAL CONTRACTING 2 86856 NE212 DISTRIBUTIVE CONTROL SYSTEMS (DCS) Mechanical 86801 NM06 CAD 1 86805 NM14 ROBOTS 86809 NM23 PLANT CONDITIONING MONITORING 86811 NM33 FLUID POWER CONTROL 1 86829 NM56 MOULDS AND CAVITY DIES 4 86831 NM58 HYDRAULICS 3 86832 NM59 HYDRAULICS 4 86834 NM61 PNEUMATICS 3 86835 NM62 PNEUMATICS 4 86836 NM63 FLUID POWER CONTROL 2 87206 NM81 CAM 1 87208 NM82 CAM 2 Fabrication 86894 NF16 WELDING PROCESS TECHNOLOGY 86902 NF40 FABRICATION - WORKSHOP AND SITE ORGANISATION 86917 NF75 WELDING METALLURGY 86918 NF76 WELD TESTING AND INSPECTION 86919 NF77 CODES AND SPECIFICATIONS - STEEL STRUCTURES 2.4 WA Accredited Metallurgy Modules All the modules listed below may be selected (see General Note 1) 43599 STRUCTURE AND PROPERTIES OF METALS 43600 NON-DESTRUCTIVE TESTING 43601 FOUNDRY MOULD DESIGN AND MATERIALS 43602 MECHANICAL TESTING OF METALS 43603 NON-FERROUS AND SPECIAL FERROUS ALLOYS 43604 METALLOGRAPHY OF COMMERCIAL ALLOYS 43605 WELDING FUNDAMENTALS 43606 FOUNDRY MELTING PRACTICE 43607 QUALITY IMPROVEMENT INTRODUCTION 2.5 Engineering Technician/Associate Modules (EB Modules) A minimum of 9 full modules must be selected from this module bank (see General Note 2). Modules selected must be designated as EB. Refer to the current Engineering Technician/Associate Module Reference Manual for a complete listing of modules and information on nominal duration and pre-requisites. GROUP 1: AMTC
2. ELECTIVES
GROUP 2: CARLISLE
3. CORE
GROUP 3 - FREMANTLE
4. ELECTIVES
FREMANTLE - ELECTRICAL DRAFTING
Replaces
| State Code | National Code | Title | Type |
|---|---|---|---|
| 9380 | Engineering Refrigeration and Airconditioning | Accredited course |
Replaced By
| State Code | National Code | Title | Type |
|---|---|---|---|
| 8970 | 1154 | Diploma of Engineering | Accredited course |
VET Info Notes
recognised engineering or associated trade course are required to complete 15
modules to be awarded the Advanced Certificate of Engineering and 30 modules to
be awarded the Associate Diploma.
Students entering the Advanced Certificate directly from Year 12 are required
to complete 21 modules to be awarded the Advanced Certificate of Engineering
and 36 modules to be awarded the Associate Diploma.
Recognition of Prior Learning principles may be applied to provide credit for
knowledge and skills already possessed.
2 Modules designated EB must not be selected until all other components
of the course have been successfully completed.
3 The NMEC Trade and Engineering Technician/Associate module banks are
not listed as part of this document. Reference should be made to the current
Module Reference Manuals or the complete module descriptors for further
information.
Both student and total hours are notional and are guidelines for provider
management purposes only.
Instructors and students should be encouraged to take advantage of the
acceleration facility afforded by competency-based training.
In provider planning context:
- a full module represents 36 hours
- a half module represents 18 hours
- a one and a half module represents 54 hours
- a dual module represents 72 hours
This course has been replaced by 8970 Diploma of Engineering.
No information