How is National 5 Graphic Communication assessed across the question paper and the assignment?
Course assessment overview: the question paper and the assignment, what each assesses, the marks, and how the practical coursework draws together the skills of the course.
An SQA National 5 Graphic Communication overview of the course assessment, covering the 80-mark question paper and the 40-mark assignment, what each component assesses, the total marks and A-to-D grading, and how the practical coursework draws the skills of the course together.
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What this key area is asking
This overview explains how National 5 Graphic Communication is assessed: the question paper and the assignment, what each measures, the marks, and how the practical coursework pulls the whole course together. The detailed skills live in the four content pages of the other modules.
The two components
The course is assessed by a written-and-graphical exam plus a practical project, so it tests both understanding and skill.
Confirm the exact marks against the current SQA course specification, as totals can be revised between sessions.
What the assignment involves
The assignment is where the practical skills of the whole course are drawn together into one piece of work.
Because it spans all three graphic contexts, the assignment is a single, realistic test of everything the course teaches.
How this overview fits the course
This page is the index to assessment; the examinable detail is taught in the four content modules. The 2D graphic communication and 3D and pictorial graphic communication strands and the graphic design and layout content supply most of the question-paper material, while the practical skills they teach are exactly what the assignment rewards. The impact and technology key areas in this same module round out the question paper.
For the official course specification
The SQA publishes the full National 5 Graphic Communication course specification, specimen question paper and coursework task at sqa.org.uk. Always revise from the current specification and SQA past papers, because question style, conventions and terminology are board-specific.
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 N5 style3 marksState the two components of the National 5 Graphic Communication course assessment, the marks for each, and the total number of marks.Show worked answer →
One mark for the components, one for the marks of each, one for the total.
The two components are the question paper and the assignment, both set and marked by the SQA.
The question paper is worth 80 marks and the assignment is worth 40 marks.
The total is 120 marks, and the course is graded A to D.
Markers reward the two components, the 80 and 40 mark split, and the 120 total. Always confirm the current marks against the SQA course specification, as totals can be revised.
SQA N5 style2 marksDescribe what the assignment requires a candidate to produce and explain how it differs in purpose from the question paper.Show worked answer →
One mark for what the assignment requires, one for the difference in purpose.
The assignment is the practical coursework: the candidate produces graphics in response to a brief, including preliminary, production and promotional graphics, demonstrating practical skill with manual and computer-aided (CAD and DTP) techniques.
It differs from the question paper because the assignment assesses the candidate's practical skills in producing graphics and applying knowledge to a task, whereas the question paper assesses knowledge and understanding under exam conditions through written and graphical answers.
A good answer describes the assignment as practical graphic production from a brief and contrasts it with the question paper's assessment of knowledge under exam conditions.
Related dot points
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An SQA National 5 Graphic Communication answer on 3D CAD modelling, covering how solid models are built from 2D sketches using extrude, revolve and other modelling commands, how features are edited, and the advantages of CAD over manual drawing.