How is National 5 Practical Metalworking assessed, and what does the practical activity and its case study ask you to do?
Course assessment overview: the practical activity (80 marks, 100% of the course, including a 10-mark case study) in which you plan and make a finished metal product and complete a log book, assessed by the teacher and verified by Qualifications Scotland.
An overview of how SQA National 5 Practical Metalworking is assessed from session 2025-26: one practical activity worth 80 marks (100% of the course), including a 10-mark case study, in which you plan and make a finished metal product and complete a log book, teacher-assessed and verified by Qualifications Scotland.
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What this dot point is asking
This page is an overview of the assessment, not a new making skill. The SQA expects you to know how the course is assessed: the practical activity (worth 80 marks, 100% of the course), the case study within it, the log book, and how it is marked and verified. Knowing the shape of the assessment helps you prepare and aim your practical work at the marks.
What you do in the practical activity
The product draws on the whole course: marking out and bench work, machine work on the lathe and drill, and fabrication (sheet metalwork, joining and finishing). Accuracy, a good finish and safe working all earn marks.
A specimen coursework assessment task (for example a toy train) shows the kind of product set and the marking instructions, so it is worth studying to see how marks are split between planning, making and the case study. The product is made under the centre's supervision over a number of practical sessions, not in a single timed exam, so steady, careful work across the build is what counts.
The case study
Because the case study can ask about any part of the course, the dot-point pages on tools, materials, processes and safety are exactly what you revise for it.
How it is marked and graded
Try this
Q1. State how many marks the practical activity is worth and what percentage of the course this is. [1 mark]
- Cue. 80 marks, which is 100% of the course assessment.
Q2. State what the case study within the practical activity is worth. [1 mark]
- Cue. 10 marks.
Q3. Explain who assesses the practical activity and who verifies it. [2 marks]
- Cue. It is assessed by the teacher or lecturer in the centre and verified by Qualifications Scotland (formerly the SQA) so marking is consistent across centres.
Exam-style practice questions
Practice questions written in the style of SQA exam questions on this dot point, with worked answer explainers. The year tag is the paper they imitate, not the source.
SQA-style Describe4 marksDescribe what a candidate must do in the National 5 Practical Metalworking practical activity to gain marks.Show worked answer →
Award up to 4 marks for relevant points. The candidate plans the work, deciding the materials, tools and processes needed and a sensible order of making (1). They then make a finished metal product accurately and safely, using bench, machine and fabrication skills to the sizes and standard required (1). They complete a log book recording what they did, the processes used and any changes, which evidences the practical work (1). They also respond to a case study worth 10 marks that samples knowledge of tools, materials, processes and safety, so theory is still assessed (1). Marks reward accurate, safe making plus the planning, recording and case-study knowledge that go with it.
SQA-style Explain3 marksExplain why a case study was added to the practical activity from session 2025-26, and how the practical activity is quality assured.Show worked answer →
Award up to 2 marks for the case study and 1 for quality assurance, to a maximum of 3. The question paper was removed from the course, so a case study worth 10 marks was added to the practical activity to make sure all course content, including knowledge of tools, materials, processes and safety, can still be sampled in the assessment (1); without it, only practical making would be tested and theory could be missed (1). The practical activity is assessed by the teacher or lecturer in the centre and then verified by Qualifications Scotland (formerly the SQA), so marking is fair and consistent across all centres (1).
Related dot points
- Sheet metalwork: cutting sheet with tin snips and a guillotine, bending and folding on folding bars or a bending machine, and forming joints such as a folded seam, with allowance made for the bend.
How SQA National 5 Practical Metalworking covers routine sheet metalwork: cutting sheet with tin snips and a guillotine, bending and folding on folding bars or a bending machine, forming folded seams, and allowing for the bend so the finished size is correct.
- Thermal joining: joining metal with heat by welding (e.g. MIG/arc), brazing and soft soldering, the difference between them (melting the parent metal versus a filler), and the safety needed for hot work.
How SQA National 5 Practical Metalworking covers joining metal with heat: welding (MIG or arc), brazing and soft soldering, the difference between melting the parent metal and using a filler, the relative strength of each, and the safety needed for hot work.
- Mechanical joining and forming: joining metal with rivets (including pop rivets) and threaded fasteners (nuts, bolts and machine screws), choosing temporary or permanent joints, and bending and forming bar and rod to shape.
How SQA National 5 Practical Metalworking covers joining metal without heat: riveting (including pop rivets) and threaded fasteners (nuts, bolts, machine screws), the difference between temporary and permanent joints, and bending and forming bar and rod to shape.
- Finishing processes: removing sharp edges and burrs (deburring), cleaning and preparing the surface (emery cloth/abrasives), and applying a finish such as paint, lacquer or plating to protect the metal and improve its appearance.
How SQA National 5 Practical Metalworking covers finishing a metal product: removing sharp edges and burrs (deburring), cleaning and preparing the surface with abrasives, and applying a finish such as paint, lacquer or plating to protect the metal and improve its appearance.
- Health and safety in the workshop: identifying hazards, using personal protective equipment (safety glasses, apron, gloves where appropriate), guarding machines, keeping a tidy area, and following safe working practices for hot, sharp and rotating processes.
How SQA National 5 Practical Metalworking expects you to work safely: spotting hazards, using personal protective equipment such as safety glasses and aprons, guarding machines, keeping a tidy workspace, and following safe practices for hot, sharp and rotating processes.