AQAGCSE13 resources

AQA GCSE Engineering Past Papers & Mark Schemes

Download free AQA GCSE Engineering (8850) past papers and mark schemes. Engineering principles, materials, manufacturing. 13 resources from 2019 to 2024.

๐Ÿ“…June 2019 โ€“ June 2024๐Ÿ“„13 resources availableโœ…Free to download

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13 of 13 resources

June 2023

4 files
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GCSE Engineering โ€“ Mark scheme: Paper 1 โ€“ June 2023

Mark Scheme
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GCSE Engineering โ€“ Question paper (Modified A3 36pt): Paper 1 โ€“ June 2023

Question Paper
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GCSE Engineering โ€“ Question paper (Modified A4 18pt): Paper 1 โ€“ June 2023

Question Paper
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GCSE Engineering โ€“ Question paper: Paper 1 โ€“ June 2023

Question Paper

June 2022

3 files
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GCSE Engineering โ€“ Mark scheme: Paper 1 โ€“ June 2022

Mark Scheme
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GCSE Engineering โ€“ Question paper (Modified A4 18pt): Paper 1 โ€“ June 2022

Question Paper
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GCSE Engineering โ€“ Question paper: Paper 1 โ€“ June 2022

Question Paper

November 2021

3 files
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GCSE Engineering โ€“ Mark scheme: Paper 1 โ€“ November 2021

Mark Scheme
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GCSE Engineering โ€“ Question paper (Modified A4 18pt): Paper 1 โ€“ November 2021

Question Paper
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GCSE Engineering โ€“ Question paper: Paper 1 โ€“ November 2021

Question Paper

November 2020

3 files
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GCSE Engineering โ€“ Mark scheme: Paper 1 โ€“ November 2020

Mark Scheme
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GCSE Engineering โ€“ Question paper (Modified A4 18pt): Paper 1 โ€“ November 2020

Question Paper
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GCSE Engineering โ€“ Question paper: Paper 1 โ€“ November 2020

Question Paper

About AQA GCSE Engineering

AQA GCSE Engineering (specification code 8850) combines written examination with practical engineering project work. The written paper accounts for 40% of the final grade, while the Engineering Project (non-exam assessment) accounts for 60%. Paper 1 is a 2-hour written exam worth 80 marks. It covers two sections: Section A focuses on engineering materials and processes โ€” including properties of metals, polymers, ceramics, and composites; manufacturing processes (casting, forming, cutting, joining, and finishing); quality control and measurement; and health and safety in an engineering environment. Section B covers engineering principles โ€” including mechanisms (gears, cams, levers, pulleys), electronics (components, circuit analysis, basic logic gates), pneumatics, and structural engineering concepts such as forces, stress, and strain. The Engineering Project (NEA) requires students to design and manufacture an engineering product in response to a brief. Students produce a project portfolio documenting their design decisions, material choices, manufacturing processes, quality checks, and evaluation. The project is internally marked and externally moderated. Engineering is a practically-oriented subject and the written paper frequently uses diagrams, data, and engineering drawings that students must interpret accurately. Mathematical skills โ€” calculating forces, gear ratios, mechanical advantage, and basic circuit calculations โ€” are tested throughout.

Exam Paper Structure

Paper 1 โ€” Section ACalculator โœ“

Engineering Materials and Processes

โฑ Part of 2-hour paper๐ŸŽฏ 40 marks๐Ÿ“Š 16% of grade
Engineering materials and their propertiesManufacturing processes (casting, forming, cutting, joining)Quality control and measurementHealth and safety in engineering
Paper 1 โ€” Section BCalculator โœ“

Engineering Principles

โฑ Part of 2-hour paper๐ŸŽฏ 40 marks๐Ÿ“Š 16% of grade
Mechanisms (gears, cams, levers, pulleys)Electronics and logic gatesPneumatics and hydraulicsStructural principles (forces, stress, strain)

Key Information

Exam BoardAQA
Specification Code8850
QualificationGCSE
Grading Scale9โ€“1
Assessment TypeWritten exam (40%) + Engineering Project/NEA (60%)
Number Of Papers1
Exam Duration2 hours
Total Marks80 (written component)
Calculator StatusCalculators permitted
Available SessionsJune 2019 โ€“ June 2024
Total Resources13

Key Topics in Engineering

Topics you need to know

Engineering materials (metals, polymers, ceramics, composites)Manufacturing processes and their applicationsMechanisms: gears, cams, cranks, linkagesElectronics: components, circuits, logic gatesPneumatics and hydraulicsStructural engineering: forces, moments, stress and strainEngineering drawings and technical sketching

Exam Command Words

Command wordWhat the examiner expects
CalculateWork out a numerical answer such as a gear ratio, mechanical advantage or current value
DescribeState the key steps in a process or the properties of a material
IdentifyName or select a specific component, material or process from a diagram or list
ExplainGive reasons why a particular material or process is suitable for a given application
SketchProduce a freehand technical diagram with labels showing the key features
EvaluateJudge the suitability of a material or process against specific engineering criteria
StateGive a brief factual answer โ€” a name, value or property

Typical Grade Boundaries

GradeApproximate mark needed
Grade 976โ€“86%
Grade 865โ€“75%
Grade 754โ€“64%
Grade 645โ€“53%
Grade 536โ€“44%
Grade 427โ€“35%
Grade 318โ€“26%
Grade 29โ€“17%
Grade 11โ€“8%

โš ๏ธ Written paper is 40% of total grade; Engineering Project/NEA (60%) is internally assessed. Check AQA's website for official grade boundaries.

How to Use AQA GCSE Engineering Past Papers Effectively

Engineering written papers test a broad range of technical knowledge quickly, so efficient revision means prioritising the most frequently examined topics. From past papers, mechanisms (gear ratios, cam profiles, linkage systems) and material properties (hardness, ductility, toughness for different engineering materials) appear in almost every paper. For mechanism questions, learn to draw and interpret engineering diagrams. Gear ratio calculations (driver teeth รท driven teeth) and velocity ratio problems are standard questions. Practise these calculations until they're fluent โ€” they typically appear as 2โ€“4 mark questions and are reliable marks for prepared students. For materials questions, organise your knowledge into a table: material โ†’ properties โ†’ typical applications โ†’ manufacturing processes โ†’ joining methods. This structure lets you answer a wide variety of question formats from a single set of knowledge. For example, knowing that aluminium is lightweight, corrosion-resistant, and a good conductor prepares you for questions about why aluminium is used in aircraft (lightweight), kitchen utensils (corrosion-resistant), and electrical cables (conductor). For electronics questions, practise drawing and interpreting circuit diagrams, calculating resistance in series and parallel circuits, and constructing truth tables for logic gate circuits. These questions are less familiar to some engineering students but are very predictable in format.

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