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🧬 GCSE Engineering

AQA Pearson Edexcel CCEA

Complete revision notes for GCSE Engineering covering all topics across AQA, Edexcel, CCEA specifications.

Engineering — AQA (26 Topics)

Engineering — Pearson Edexcel (26 Topics)

Engineering — CCEA (26 Topics)

🧭 Board Differences

AQA

Unitised assessment (Northern Ireland) with a product-development task and technology examinations. Check your unit list for the current NEA weighting.

Pearson Edexcel

Unitised assessment (Northern Ireland) with a product-development task and technology examinations. Check your unit list for the current NEA weighting.

CCEA

Unitised assessment (Northern Ireland) with a product-development task and technology examinations. Check your unit list for the current NEA weighting.

🧭 Board Differences

AQA

Unitised assessment (Northern Ireland) with a product-development task and technology examinations. Check your unit list for the current NEA weighting.

Pearson Edexcel

Unitised assessment (Northern Ireland) with a product-development task and technology examinations. Check your unit list for the current NEA weighting.

CCEA

Unitised assessment (Northern Ireland) with a product-development task and technology examinations. Check your unit list for the current NEA weighting.

🧭 Exam Board & Specification

AQA GCSE Engineering (8852). Written paper (~50%) plus a design-and-engineering NEA (~50%) from an AQA-set context. Edexcel (1EG0) and CCEA run similar splits. These pages cover the examined theory — materials, processes, maths-for-engineering, health and safety; the NEA needs a documented design-and-make portfolio on top (see the Coursework & NEA Guide).

🎯 Coursework & NEA Guide

How it is assessed (AQA 8852; other boards similar — check): written exam ~50% plus a design-and-engineering NEA ~50% responding to a set context.

Your NEA frame:

  • Context analysis + client research → design specification (testable points)
  • Design ideas with engineering reasoning (materials selection by property, force/structure considerations, manufacturability)
  • Modelling and testing: CAD where available; physical prototypes with measured results
  • Manufacture plan: processes chosen by the properties they deliver (tolerances, finishes, joining methods), health-and-safety notes per process
  • Testing against specification + costed evaluation and improvement proposals

Top pitfalls: material choices with no property justification; safety notes missing for machining processes; evaluation that ignores cost and manufacturability.