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100+ Free CCEA GCSE Technology and Design Practice Questions

Prepare for the CCEA GCSE Technology and Design (2017) (Northern Ireland) exam with instant access — no signup required.

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2026 Statistics

Key Facts: CCEA GCSE Technology and Design Exam

A* to G

CCEA GCSE Technology and Design is graded A* to G (including C*)

CCEA GCSE grading

3 units

Core written (25%), optional written (25%), design-and-make project (50%)

CCEA GCSE Technology and Design (2017)

1h 30m

Duration of each Unit 1 and Unit 2 external written examination

CCEA specification at a glance

50%

Weighting of Unit 3 Design and Manufacturing Project controlled assessment

CCEA GCSE Technology and Design (2017)

8900

Subject classification code for CCEA GCSE Technology and Design

CCEA specification

AO 30/40/30

Overall weightings for AO1, AO2 and AO3 respectively

CCEA assessment objective weightings

Centre entry

Schools and registered centres pay CCEA entry fees

CCEA centre entry model

MCQ adaptation

This free bank is an English MCQ study aid, not the official exam format

OpenExamPrep

CCEA GCSE Technology and Design (2017, Northern Ireland) has three units: Unit 1 core written exam (1h30, 25%), Unit 2 optional written exam in electronics, mechanisms/pneumatics or product design (1h30, 25%), and Unit 3 design-and-make controlled project (50%). Graded A* to G. Schools/centres pay CCEA entry fees. This free 100-question bank is an English MCQ study adaptation only — practise past papers and complete the design portfolio and prototype separately.

Sample CCEA GCSE Technology and Design Practice Questions

Try these sample questions to test your CCEA GCSE Technology and Design exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1What does CAD stand for in technology and design?
A.Computer Aided Design
B.Central Automated Drafting
C.Creative Architectural Drawing
D.Circuit Assembly Diagram
Explanation: CAD means Computer Aided Design: software used to create 2D and 3D digital models. CCEA Unit 1 expects freehand sketching and CAD virtual modelling as communication methods, and Unit 3 requires CAD in the design portfolio.
2Which of the following is a thermoplastic listed in the CCEA core materials content?
A.Melamine
B.Polyester resin
C.Acrylic
D.Urea formaldehyde
Explanation: Acrylic is a thermoplastic that softens when heated and can be reshaped. Melamine, polyester resin and urea formaldehyde are thermosetting plastics that set permanently after curing and do not remelt for reshaping.
3Oak, beech and mahogany are examples of which type of wood?
A.Softwoods
B.Hardwoods
C.Manufactured boards
D.Composites
Explanation: CCEA lists mahogany, beech and oak as hardwoods from deciduous broadleaf trees. Softwoods include pine and cedar; manufactured boards include plywood, MDF and chipboard.
4Mild steel is classified as which type of metal?
A.Non-ferrous pure metal
B.Ferrous metal
C.Thermosetting alloy
D.Precious metal only
Explanation: Mild steel is a ferrous metal (iron-based). CCEA groups ferrous metals and alloys as mild steel, carbon steels and stainless steel; non-ferrous examples include aluminium, brass and copper.
5Which smart material changes colour with temperature and is named in the CCEA core content?
A.Graphene coating
B.Thermochromic pigment
C.Photochromic glass only
D.Galvanised steel
Explanation: CCEA Unit 1 smart materials content specifically references thermochromic pigments (and self-cleaning glass). Thermochromic pigments change colour with temperature and are used in indicators and product surfaces.
6In a simple lever system, what is the fixed pivot called?
A.Effort
B.Load
C.Fulcrum
D.Follower
Explanation: The fulcrum is the fixed pivot about which a lever turns. The effort is the input force and the load is the resistance being moved. CCEA requires recognition of first, second and third class levers using load, effort and fulcrum.
7Which type of motion is shown by a wheel rotating about its axle?
A.Linear
B.Reciprocating
C.Oscillating
D.Rotary
Explanation: Rotary motion is circular movement about an axis, as in a wheel and axle. Linear is straight-line motion; reciprocating is back-and-forth in a straight line; oscillating is swinging about a pivot (for example a pendulum).
8What is the SI unit of electrical resistance?
A.Ampere
B.Volt
C.Ohm
D.Watt
Explanation: Resistance is measured in ohms (Ω). Current is measured in amps (or milliamps), voltage in volts (or millivolts), and power in watts. CCEA Unit 1 requires knowledge of these units and Ohm’s law V = I × R.
9Ohm’s law relates voltage (V), current (I) and resistance (R) by which formula?
A.V = I × R
B.V = I / R
C.V = R / I
D.V = I + R
Explanation: Ohm’s law is V = I × R. If current through a resistor increases and resistance stays constant, voltage across it increases proportionally. CCEA requires calculations using this relationship in Units 1 and 2A.
10What does LDR stand for in electronic systems?
A.Low Drain Relay
B.Light Dependent Resistor
C.Linear Digital Regulator
D.Latching Diode Resistor
Explanation: An LDR is a light dependent resistor: its resistance changes with light level. It is an analogue input device used in potential dividers for light-sensing circuits in CCEA electronics content.

About the CCEA GCSE Technology and Design Exam

CCEA GCSE Technology and Design (2017) is Northern Ireland’s unitised GCSE combining product design with systems and control (subject code 8900, QAN 603/0771/7). Unit 1 (25%) assesses core designing, materials, tools, joining, electronics, mechanisms, pneumatics and computer control in a 1 hour 30 minute written paper. Unit 2 (25%) is a 1 hour 30 minute written paper in one option: Electronic and Microelectronic Control Systems, Mechanical and Pneumatic Control Systems, or Product Design. Unit 3 (50%) is a controlled design-and-make project with a design portfolio and manufacturing task. Grades run A* to G with overall AO weightings AO1 30%, AO2 40% and AO3 30%. This 100-question bank is a free English-language MCQ study adaptation for knowledge revision; it does not replace timed written-paper practice or the official design-and-make controlled assessment.

Assessment

Three units. Unit 1 Technology and Design Core Content: external written examination, 1 hour 30 minutes, 25% — designing, manufacturing, electronic, mechanical, pneumatic and computer control. Unit 2 Optional Areas of Study: external written examination, 1 hour 30 minutes, 25% — choose Option A Electronic and Microelectronic Control Systems, Option B Mechanical and Pneumatic Control Systems, or Option C Product Design (synoptic with Unit 1). Unit 3 Design and Manufacturing Project: controlled assessment (design portfolio maximum ten A3 sheets or equivalent plus manufacturing task), 50%, teacher-marked and CCEA-moderated. Students must take at least 40% of assessment as terminal assessment under CCEA rules.

Time Limit

Unit 1 written exam: 1 hour 30 minutes. Unit 2 written exam: 1 hour 30 minutes. Unit 3 controlled assessment: approximately 40 hours under centre-controlled conditions using a CCEA-issued theme (two themes issued each January of the first year of study).

Passing Score

No single pass mark. Graded A* to G (nine grades including C*). Unit results use a uniform mark scale reflecting each unit’s weighting; boundaries are set each series. Below grade G is unclassified (U).

Exam Fee

No fee is paid directly by students. Entry fees for CCEA GCSE Technology and Design units are paid by schools and registered centres; private candidates are charged by the centre that enters them. (CCEA (Council for the Curriculum, Examinations and Assessment), Northern Ireland)

CCEA GCSE Technology and Design Exam Content Outline

25%

Unit 1: Technology and Design Core Content

Design process and communication (sketching, working drawings, CAD); woods, metals, plastics, alloys, graphene and heat treatments; tools, wasting, fabrication, joining, jigs, finishes and smart materials; health and safety; electronic components and Ohm’s law basics; mechanical motion, levers, gears, cams; pneumatic single-acting cylinders and 3/2 valves; computer control flowcharts.

25%

Unit 2: Optional Areas of Study

Option A: capacitors, multimeter use, series/parallel resistors, thyristors, NPN transistors, sensors, relays, 555 timers, binary, PIC microcontrollers. Option B: mechanical advantage, velocity ratio, efficiency, gear and pulley systems, cams, linkages, double-acting cylinders, 5/2 valves, pneumatic force and time delay. Option C: design process roles, ergonomics, form and function, production scales, CAD/CAM, materials selection, smart materials, marketing, BSI/CE/ISO and sustainability.

50%

Unit 3: Design and Manufacturing Project

Controlled assessment on a CCEA theme: research, specification, freehand and CAD concept development, modelling, working drawings, manufacture of a prototype (including templates/jigs/formers as appropriate), and evaluation against the specification with proposed modifications.

How to Pass the CCEA GCSE Technology and Design Exam

What You Need to Know

  • Passing score: No single pass mark. Graded A* to G (nine grades including C*). Unit results use a uniform mark scale reflecting each unit’s weighting; boundaries are set each series. Below grade G is unclassified (U).
  • Assessment: Three units. Unit 1 Technology and Design Core Content: external written examination, 1 hour 30 minutes, 25% — designing, manufacturing, electronic, mechanical, pneumatic and computer control. Unit 2 Optional Areas of Study: external written examination, 1 hour 30 minutes, 25% — choose Option A Electronic and Microelectronic Control Systems, Option B Mechanical and Pneumatic Control Systems, or Option C Product Design (synoptic with Unit 1). Unit 3 Design and Manufacturing Project: controlled assessment (design portfolio maximum ten A3 sheets or equivalent plus manufacturing task), 50%, teacher-marked and CCEA-moderated. Students must take at least 40% of assessment as terminal assessment under CCEA rules.
  • Time limit: Unit 1 written exam: 1 hour 30 minutes. Unit 2 written exam: 1 hour 30 minutes. Unit 3 controlled assessment: approximately 40 hours under centre-controlled conditions using a CCEA-issued theme (two themes issued each January of the first year of study).
  • Exam fee: No fee is paid directly by students. Entry fees for CCEA GCSE Technology and Design units are paid by schools and registered centres; private candidates are charged by the centre that enters them.

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

CCEA GCSE Technology and Design Study Tips from Top Performers

1Learn Unit 1 materials tables thoroughly: thermosets vs thermoplastics, hardwoods/softwoods/manufactured boards, ferrous vs non-ferrous metals, heat treatments and finishes linked to function and environment.
2Practise circuit and mechanism diagrams using only the symbols listed in the CCEA specification appendix — examiners expect correct standard symbols.
3For Option A, drill Ohm’s law, series and parallel resistance, potential dividers, transistor and thyristor roles, and 555 monostable/astable formulae until calculations are automatic.
4For Option B, practise mechanical advantage, velocity ratio, efficiency and gear-ratio calculations, plus pneumatic force F = P × A and 3/2 vs 5/2 valve behaviour.
5For Option C and Unit 3, treat design as non-linear: research, clear specification criteria, annotated sketches, CAD, modelling, manufacture evidence and evaluation against the specification.
6Download CCEA past papers and mark schemes for Units 1 and 2; do not rely on MCQs alone for drawing, calculation or extended-response technique.
7Check your centre’s entry plan and terminal rule (at least 40% of assessment at cash-in) early in Year 12.

Frequently Asked Questions

What is the structure of CCEA GCSE Technology and Design?

Three units: Unit 1 Technology and Design Core Content (external written exam, 1 hour 30 minutes, 25%), Unit 2 Optional Areas of Study (external written exam, 1 hour 30 minutes, 25% — Option A electronics, Option B mechanical and pneumatic, or Option C product design), and Unit 3 Design and Manufacturing Project (controlled assessment, 50%).

How is the qualification graded?

CCEA GCSE grades run A* to G (including C*). Unit results are on a uniform mark scale; boundaries are set each series. There is no single published pass percentage for the subject.

What is assessed in Unit 3?

Students complete a design portfolio (maximum ten A3 sheets or equivalent, including freehand sketching and CAD) and manufacture a prototype based on a CCEA theme. Teachers mark the project and CCEA moderates. Guidance is about 40 hours; the unit is worth 50% of the GCSE.

Do I need to study all three Unit 2 options?

No. You take one optional written paper matching the route taught at your centre: Electronic and Microelectronic Control Systems, Mechanical and Pneumatic Control Systems, or Product Design. Unit 1 core content remains compulsory for everyone.

Who pays the exam fees?

Schools and registered centres pay CCEA entry fees. Students do not normally pay CCEA directly; private candidates are charged by the centre that enters them.

Are these official CCEA questions?

No. These are original OpenExamPrep English-language MCQ study adaptation questions for knowledge revision. Official assessment uses structured written papers and a design-and-make controlled project. Use CCEA past papers, specimen materials and your live Unit 3 theme separately.