CCEA GCSE · Analysis & Prediction

2024 CCEA GCSE Engineering and Manufacturing 0009 Past Paper: Analysis & Answers

The 2024 CCEA GCSE Engineering and Manufacturing assessment comprises Unit 2 (Practical Production task, 100 marks) and Unit 3 (Written paper on Materials, Processes and Systems, 100 marks). Unit 3 features pre-release context questions on an electric scroll saw alongside broader engineering calculations, material properties, and automated production methods.

Updated: 31 Aug 2026

Analysis Sample paper

Difficulty 3.2/5

Total marks

100

Duration

120 mins

Most tested

Applied Calculations, Costing and Automated Production Technologies

Paper breakdown

Unit 3: Materials, Processes and Systems (GEM31): 100 marks · 120 minsUnit 2: Production Practical (GEM21): 100 marks · 180 mins

Top chapters

Materials Calculations, Cost and Waste · 14 marksDevelopment of the Chosen Solution · 12 marksTechnology Used in Engineering and Manufacturing · 14 marksManufacturing Processes · 9 marksEngineering and Manufacturing Costs · 9 marks

Assessment Overview & Difficulty Verdict

The 2024 CCEA GCSE Engineering and Manufacturing examination presents a well-balanced assessment across practical execution (Unit 2) and technical theory (Unit 3). Unit 3 is divided cleanly into two halves: Section A (50 marks) focused on the pre-release theme of an electric scroll saw, and Section B (50 marks) examining core engineering systems, material sciences, calculations, and emerging industrial technologies. The overall paper difficulty is moderate (Index: 3.2/5.0), rewarding candidates with solid mathematical grounding and clear technical sketchmanship.

Where the Marks Are Won

Major mark concentrations reside in three distinct areas:

Applied Design & Sketching (Question 4 – 12 marks): Demands high-quality 2D, assembly, and exploded sketches showing blade tensioning and clamping mechanisms.
Extended Evaluation (Question 5 – 10 marks): Assesses Quality of Written Communication (QWC) debating the adoption of CAD, CAM, and industrial robotics.
Applied Mathematics & Costings (Questions 3 & 9 – 19 marks combined): Involves unit conversion, volume differential, cutting kerf allowances (saw cut waste), and batch cost reductions.

Key Pitfalls and Mark Traps

Common areas where candidates lose avoidable marks include:

Failing to account for kerf width (saw cut thickness) across sequential cuts in stock length calculations.
Vague definitions of mechanical properties (e.g. confusing elastic limit with plastic deformation, or generalising ductility without referencing strain before fracture).
Under-annotating engineering sketches—lacking labels for pivots, clamping screws, or material callouts in mechanism diagrams.
Neglecting multi-step percentage calculations when working out batch material cost versus energy savings.

Exam Strategy & Future Preparation

Candidates must allocate at least 15 minutes to sketching tasks, ensuring clear exploded line work. Ensure routine revision of pneumatic symbols, heat treatment mechanisms, and smart material triggers (such as temperature-induced phase changes in Nitinol SMAs).

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Charts

Marks by chapter

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Question type mix

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Short Answer / Recall33 marks · 18 questions
Mathematical Calculations25 marks · 6 questions
Annotated Technical Sketching16 marks · 2 questions
Structured Explanation16 marks · 7 questions
Extended Response (QWC)10 marks · 1 questions

Mark accessibility

Estimate which marks were basic, mid-level, or high-difficulty.

78%within easy or medium reach

easy: 34 marksmedium: 44 markshard: 22 marks

Difficulty trend

Compare difficulty across recent years.

Command word frequency

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Skill weighting

Shows the skill mix this paper tested most heavily.

Study ROI

Bigger bubbles recur more often; higher bubbles carry more marks, helping you rank revision priorities.

Material Calculations, Kerf Waste & Costing

23 marks · Difficulty 2.6 · recurrence 100%

CAD / CAM / Robotics Industrial Impact

14 marks · Difficulty 2.8 · recurrence 95%

Mechanical Properties & Stress-Strain Curves

12 marks · Difficulty 3.1 · recurrence 90%

Forming, Casting & Joining Processes

12 marks · Difficulty 2.9 · recurrence 90%

Design & Assembly Sketching

16 marks · Difficulty 3.7 · recurrence 85%

Time vs marks

Compare marks with suggested time allocation to plan exam pacing.

marksmins

Next-year prediction

Topics worth watching next year, with the reason shown directly below each bar.

Pneumatic Circuitry & Logic Valves88%

Unit 3 only briefly featured pneumatic symbols in 2024; a full sequential pneumatic circuit diagram and truth table is overdue.

Young's Modulus Quantitative Calculations82%

The 2024 paper featured qualitative stress/strain identification; numeric stress/strain formula calculations (\(\sigma = F/A\), \(\epsilon = \Delta L / L\)) are highly probable in the next cycle.

Heat Treatment Processes (Hardening, Quenching, Annealing)78%

Only galvanising appeared for surface finishing; thermal material treatments remain a central recurring specification focus.

Cumulative marks ladder

The line is your running mark total question by question; dashed lines are the estimated grade cut-offs. See which question the line crosses your target grade at, so you know how far you must answer cleanly and which questions decide a band.

Topic-year heatmap

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Jun 2023

Jun 2024

Materials and Their Applications (Unit 3)

Materials Calculations, Cost and Waste (Unit 3)

Changing Material Properties and Finishing Techniques (Unit 3)

Development of the Chosen Solution (Unit 1: Design)

Electronic and Mechanical Components in Systems (Unit 3)

Manufacturing Processes (Unit 2: Production)

Quality Control (Unit 2: Production)

Technology Used in Engineering and Manufacturing (Unit 3)

Engineering and Manufacturing Costs (Unit 3)

Engineering and Manufacturing Production Methods (Unit 3)

Examiner insights

AI-inferred

Common pitfalls

Omitting the kerf cut width (saw blade width) when calculating how many pieces can be cut from stock bar material.
Providing single-word answers when asked to 'Explain' mechanical properties such as stiffness, brittleness, or ductility.
Submitting unlabelled or purely 2D sketches when the question explicitly requires exploded/assembly detailing with clear annotation.
Mixing up the units between centimetres cubed (cm³) and millimetres (mm) in multi-step volume and material density calculations.

Misconceptions

Believing that smart materials require electrical power, failing to recognise that shape-memory alloys respond directly to thermal energy.
Assuming galvanising is a type of paint coating rather than a hot-dip molten zinc metallurgical bond.
Confusing fixtures with jigs (fixtures hold and locate the component firmly in position, whereas jigs also guide the cutting tool).

Where marks are lost

Q4 mechanism sketching due to lacking exploded viewpoints, tension adjusters, or clear labelling of pins and clamping bolts.
Q5 10-mark extended writing when candidates focus solely on advantages of automation while neglecting industrial disadvantages and financial recovery.
Q3 cost reduction calculation when candidates fail to calculate unit cost reduction and stop at batch total difference.

Estimated grade boundary

Updated: 31 Aug 2026

Source: CCEA

Grade	Mark	Percentage
A*	—	90%
A	—	80%
B	—	70%
C*	—	65%
C	—	60%
D	—	50%
E	—	40%
F	—	30%
G	—	20%

Official grade boundaries published by CCEA.

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Grade	Mark	Percentage
A*	—	90%
A	—	80%
B	—	70%
C*	—	65%
C	—	60%
D	—	50%
E	—	40%
F	—	30%
G	—	20%

Grade	Mark	Percentage
A*	—	90%
A	—	80%
B	—	70%
C*	—	65%
C	—	60%
D	—	50%
E	—	40%
F	—	30%
G	—	20%

Grade	Mark	Percentage
A*	—	90%
A	—	80%
B	—	70%
C*	—	65%
C	—	60%
D	—	50%
E	—	40%
F	—	30%
G	—	20%