VCE VET Engineering Studies case studies
VCE VET Engineering Studies · Put your knowledge to work in context.
VCE VET Engineering Studies is a vocational education and training program delivered to senior secondary students in Victoria, Australia. It combines a nationally recognised engineering qualification with VCE studies, so students build practical trade-style skills while earning credit toward their certificate. It suits students interested in fabrication, machining, mechanical work or engineering trades who want hands-on learning alongside their other VCE subjects. Because it is a VET program, assessment is competency-based: you must demonstrate skills and knowledge through practical tasks, projects and written work rather than only sitting a paper. The VCE VET Engineering Studies case studies are 5 cases and about 3,274 words.
1Coolant Failure on the Manual Lathe
A Year 12 student is turning a 40 mm diameter mild steel shaft to 38.00 mm on a manual lathe. The coolant pump has been intermittent for two shifts; the workshop supervisor has logged it but not repaired it.
676 words, about 3 min2Interpreting a Shaft Drawing with Conflicting Tolerances
A student is given a detail drawing of a stepped shaft. The overall length is dimensioned as 120 ±0.2 mm.
591 words, about 3 min3Selecting a Material and Process for a Bracket
A small engineering class must produce 60 identical mounting brackets for a lightweight trolley. Each bracket is a flat plate 5 mm thick, 120 mm × 80 mm, with four 8 mm holes and one 90° bend along the long edge.
663 words, about 3 min4Torque, Clamping and a Stripped Thread
A student is assembling a small gearbox housing using M8 grade 8.8 steel bolts into tapped aluminium holes. The assembly drawing specifies a tightening torque of 25 N·m.
677 words, about 3 min5A Team Behind Schedule on a Fabrication Project
A four-person team has three weeks to build a small fabricated steel frame for a school display. The team agreed a plan: two students cut and drill, one welds, one finishes and inspects.
667 words, about 3 min