Module Outline
Information current as of
17/10/2026 8:22 PM AWST
17/10/2026 8:22 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.
Jewellery App 4a
Jewellery App 4a
Module
National Code
State Code
97704
97704
DTWD Status
Approved
Approved
State Implementation and Classification
Approved Date
Field of Education
100307 - Jewellery Making
Nominal Hours
68
Description
To plan, and carry out, solid and
hollow form constructions.
To provide the theoretical basis for
working with alloys and precious
metals.
To encourage students to use nature as a source of design.
hollow form constructions.
To provide the theoretical basis for
working with alloys and precious
metals.
To encourage students to use nature as a source of design.
General notes
No information
Evidence Guide
Internal Assessment 100%
Theory Examination
One two-hour end-of-subject
examination 25%
Practical Assessment
Based on projects completed throughout
the subject 50%
Drawing Assessment
Based on drawing projects completed
throughout the
subject 25%
Certificate of Trade Studies
(CTS)
To be eligible for the CTS, an apprentice must obtain a pass standard in the
CTS percentage, for each stage.
The following formula is used, to
determine the CTS percent:
CTS % = 0.25 (Theory) + 0.25 (Drawing)
+ 0.5 (Practical) = 100%
Theory Examination
One two-hour end-of-subject
examination 25%
Practical Assessment
Based on projects completed throughout
the subject 50%
Drawing Assessment
Based on drawing projects completed
throughout the
subject 25%
Certificate of Trade Studies
(CTS)
To be eligible for the CTS, an apprentice must obtain a pass standard in the
CTS percentage, for each stage.
The following formula is used, to
determine the CTS percent:
CTS % = 0.25 (Theory) + 0.25 (Drawing)
+ 0.5 (Practical) = 100%