Safe working practices in the workshop applied.
Common workshop instruments necessary for measurement, inspection and testing to industry standards are used.
Recommended methods of lifting weights manually without causing strain and injury are demonstrated.
Various methods of moving large or irregular shaped loads etc. are used.
Charts and tables are used for estimating safe work loads.
Functioning of power transmission systems understood.
Types of plant bearings and their applications specified.
Effects of unsuitable or inadequate lubrication recognised.
Oil filters and oil seals constructed and maintained to industry standards.
Physical properties and uses of a range of ferrous and non-ferrous metals specified.
Electric and pneumatic tools used and maintained.
A range of equipment received and installed.
Fitting, assembly and alignment procedures successfully carried out.
Experiments conducted for the understanding of mass and weight.
Basic calculations related to the equipment used in the workshop are performed.
Engineering drawings, sketches and diagrammatic representations produced.
Integrated assessment:
Assessment should be focused on the candidate’s ability to apply their theoretical knowledge and understanding in authentic contexts. Assessors should use a range of strategies, which will allow candidates to demonstrate applied competence. Assessment strategies and procedures should be aligned with the purpose and exist level outcomes of the qualification. They should consists of written assignments, tests and examinations and also include a variety of problem solving assignments, portfolios of learning, materials and projects.
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