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Free Practice Questions for LC Technology

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Key Facts: LC Technology Exam

50% + 50%

Assessment split: design project and terminal written paper

Leaving Certificate Technology syllabus / NCCA background paper

2 hours OL / 2.5 hours HL

Written examination paper durations at Ordinary and Higher Level

Leaving Certificate Technology syllabus

Core + 2 options

All students study the full core and choose two of five options

Leaving Certificate Technology syllabus

5 options

Electronics and Control; Applied Control Systems; ICT; Manufacturing Systems; Materials Technology

Curriculum Online - Technology syllabus

Section A + B

Written paper: Section A core (~30% overall) and Section B options (~20% overall)

Technology Guidelines for Teachers

H1-H8 / O1-O8

Results use the eight-point Higher and Ordinary grade scales

State Examinations Commission grading scale

Unaided school project

Project must be completed in school as the student's unaided authenticated work

Leaving Certificate Technology syllabus

100

Free original single-best-answer practice questions in this bank

OpenExamPrep

Leaving Certificate Technology (Ireland) is a senior-cycle SEC subject combining design, materials, mechanisms, electronics, ICT and two specialist options. Assessment is project 50% (artefact + portfolio) and written paper 50% (core + two options). Written times are 2 hours Ordinary / 2.5 hours Higher. Grades use H1-H8 / O1-O8. Official papers are long-form, not MCQ; this free bank offers 100 original single-best-answer study questions.

Sample LC Technology Practice Questions

Try these sample questions to review concepts for the LC Technology exam. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In Leaving Certificate Technology, what is the main purpose of a design brief?
A.To fix the final selling price of a product before any research begins
B.To state the design problem, need or opportunity and the requirements the solution should meet
C.To list only the tools available in the workshop
D.To replace the need for evaluation at the end of a project
Explanation: A design brief interprets the challenge or theme and sets the requirements (need/opportunity and constraints) that guide research, idea generation and evaluation.
2Which document typically accompanies a completed Leaving Certificate Technology artefact?
A.A bank loan application only
B.A design folder or portfolio recording stages from brief to evaluation
C.A vehicle registration certificate
D.An employment contract
Explanation: The project includes an artefact and an accompanying folder/portfolio that records research, ideas, planning, manufacture and evaluation.
3Ohm's law relates voltage (V), current (I) and resistance (R) by which relationship?
A.V = I × R
B.V = I / R
C.V = I + R
D.V = R / I²
Explanation: Ohm's law states that voltage across a resistor equals current times resistance (V = IR), with SI units volt, ampere and ohm.
4What is the SI unit of electric current?
A.Volt (V)
B.Ohm (Ω)
C.Ampere (A)
D.Watt (W)
Explanation: Electric current is measured in amperes (A). Voltage uses volts, resistance ohms, and power watts.
5Which energy source is generally classed as renewable?
A.Coal
B.Natural gas
C.Wind
D.Petrol
Explanation: Wind is a renewable energy source. Coal, natural gas and petrol are fossil fuels treated as non-renewable on human timescales.
6A first-order lever has the fulcrum positioned:
A.At one end with load and effort coinciding always
B.Between the effort and the load
C.Only beyond both load and effort with no middle point
D.Nowhere related to load or effort
Explanation: In a first-order (class 1) lever the fulcrum lies between the effort and the load (for example, a seesaw or crowbar used as a class 1 lever).
7Triangulation is used in frame structures mainly to:
A.Increase decorative colour only
B.Stabilise the structure by forming rigid triangular shapes that resist deformation
C.Eliminate all need for any joints
D.Convert metal into polymer automatically
Explanation: Adding members to form triangles prevents parallelogram-style racking and stabilises frames under load.
8Which force tends to stretch a member along its length?
A.Compression
B.Tension
C.Torsion only in every case
D.Bending without any axial effect
Explanation: Tension pulls on a member and tends to elongate it. Compression shortens; torsion twists; bending causes combined stresses.
9In electronics, a light-dependent resistor (LDR) is primarily used as:
A.A light-sensing input component whose resistance changes with illumination
B.A permanent magnet motor housing
C.A mechanical gear tooth
D.A structural I-beam
Explanation: An LDR is a sensor whose resistance falls as light intensity rises (typically), making it suitable for light-sensing input stages.
10The main purpose of personal protective equipment (PPE) such as safety goggles in the Technology workshop is to:
A.Improve product aesthetics
B.Reduce the risk of personal injury when using tools, machines and processes
C.Increase material density
D.Replace the need for machine guards
Explanation: PPE protects the user. It complements, and does not replace, safe procedures and machine guarding.

About the LC Technology Exam

Leaving Certificate Technology is the Irish senior-cycle design-and-make technology subject. Students study a mandatory core — design process; project and quality management; materials and production; communication and graphic media; ICT; structures and mechanisms; energy, electricity and electronics — and choose two of five options: Electronics and Control; Applied Control Systems; ICT; Manufacturing Systems; Materials Technology. Assessment is split equally between a school-based design project (artefact and folder/portfolio, 50%) and a terminal written examination (50%). The written paper assesses the core in Section A and the two chosen options in Section B; durations are 2 hours at Ordinary Level and 2.5 hours at Higher Level. Official papers are structured long-form questions, not multiple choice. This free bank supplies 100 original single-best-answer questions as concept practice across core and option topics.

Exam sponsor: State Examinations Commission (SEC), Ireland. The requirements and fees below concern the certification or admission exam, separate from our free practice resources.

Assessment

Two components at Higher and Ordinary levels: project 50% (artefact + folder/portfolio; Higher Level commonly artefact 25% and portfolio 25%; Ordinary Level commonly artefact 30% and portfolio 20%) and terminal written paper 50% (Section A core ~30% of overall grade; Section B two options ~20% of overall grade). Written paper duration: Ordinary Level 2 hours; Higher Level 2.5 hours. Students must study the full core and choose any two of five options: Electronics and Control; Applied Control Systems; Information and Communications Technology; Manufacturing Systems; Materials Technology. Official papers are not multiple choice.

Time Limit

Written paper: Ordinary Level 2 hours; Higher Level 2.5 hours. Project work spans sixth year under an SEC thematic brief (commonly issued in autumn with spring completion under school authentication arrangements).

Passing Score

No single pass mark. Results use the eight-point scale: Higher Level H1-H8 and Ordinary Level O1-O8, each a percentage band (H1/O1 90-100%, H2/O2 80 to under 90%, down to H8/O8 0 to under 30%).

Exam / Certification Fees

In 2026 the Leaving Certificate examination fee is EUR 116 for a school-based candidate (EUR 301 for a school-going repeat candidate); full medical card holders are exempt. The fee covers all subjects entered, not Technology alone.

Exam sponsor website

Our practice resources: topics covered

We aim to reflect publicly available exam outlines and topic information in our study resources. Coverage, format, and difficulty may differ from the actual exam, and we cannot guarantee that every detail is accurate or current. Confirm exam requirements, fees, and policies with the official exam sponsor.

20%

Design process, project and quality management

Interpreting design briefs, research, idea generation, selection and development, production planning, making and testing, evaluation, design folio presentation, project scheduling (Gantt/critical path ideas), quality attributes, reliability and cost-quality relationships.

22%

Materials, production, structures and mechanisms

Material properties and selection, marking out, joining and finishing, forces on structures (tension, compression, shear, torsion, bending), triangulation, levers, pulleys, gears, cams, mechanical advantage, velocity ratio and efficiency.

18%

Energy, electricity, electronics and communications

Energy sources and transformations, Ohm's law, a.c./d.c., resistor colour code, sensors, transistors, potential dividers, logic gates, output devices, orthographic and freehand drawing, ICT tools for research and report production.

25%

Options: electronics, control, ICT, manufacturing, materials

Electronics and control (components, motors, PCBs, sensors, logic, counters); applied control systems (robotics, open/closed loop, servos/steppers, pneumatics, programmable devices); ICT option (networks, internet, multimedia); manufacturing systems (quality tools, JIT, concurrent engineering, layout); materials technology (classification, processing, surface treatment, environment).

15%

Health, safety, technology and society

Safe use of tools and energy sources, ergonomics and human factors, environmental impact of materials and processes, recycling and resource management, and awareness of consumer, safety and data-protection contexts in technology.

Preparing for the LC Technology Exam

What You Need to Know

  • Passing score: No single pass mark. Results use the eight-point scale: Higher Level H1-H8 and Ordinary Level O1-O8, each a percentage band (H1/O1 90-100%, H2/O2 80 to under 90%, down to H8/O8 0 to under 30%).
  • Assessment: Two components at Higher and Ordinary levels: project 50% (artefact + folder/portfolio; Higher Level commonly artefact 25% and portfolio 25%; Ordinary Level commonly artefact 30% and portfolio 20%) and terminal written paper 50% (Section A core ~30% of overall grade; Section B two options ~20% of overall grade). Written paper duration: Ordinary Level 2 hours; Higher Level 2.5 hours. Students must study the full core and choose any two of five options: Electronics and Control; Applied Control Systems; Information and Communications Technology; Manufacturing Systems; Materials Technology. Official papers are not multiple choice.
  • Time limit: Written paper: Ordinary Level 2 hours; Higher Level 2.5 hours. Project work spans sixth year under an SEC thematic brief (commonly issued in autumn with spring completion under school authentication arrangements).
  • Exam / certification fees: In 2026 the Leaving Certificate examination fee is EUR 116 for a school-based candidate (EUR 301 for a school-going repeat candidate); full medical card holders are exempt. The fee covers all subjects entered, not Technology alone. Official sources

Using Our Practice Resources

  • Work through all 100 available questions
  • Review every answer and explanation
  • Track weak areas and revisit them
  • Use our AI tutor for tough concepts

LC Technology: Suggested Study Strategy

1Treat the project as half your grade: analyse the brief early, keep the folio updated at every stage, and build in time for testing and evaluation before authentication.
2Know the full core thoroughly — Section A of the written paper assesses all core areas, not only your preferred topics.
3Drill mechanisms and electronics calculations (moments, mechanical advantage, velocity ratio, Ohm's law, series/parallel) with neat working.
4For each of your two options, practise past SEC option questions and sketch system diagrams (logic, pneumatics, control loops, manufacturing layouts).
5Link design decisions to materials properties, process choice, safety and environmental impact rather than memorising isolated facts.
6Use past SEC papers and marking schemes for long questions; use this MCQ bank for rapid concept checks between workshop sessions.

Frequently Asked Questions

How is Leaving Certificate Technology assessed?

At both Higher and Ordinary levels there are two components: a design project worth 50% (artefact plus folder/portfolio) and a terminal written examination paper worth 50%. Section A of the paper assesses the core; Section B assesses the two options the student has studied.

Is the Technology exam multiple choice?

No. The official written paper uses short and long structured questions. The project is design-and-make work with a folio. These multiple-choice questions are an extra concept-revision aid only.

What does the Technology project involve?

Students respond to an SEC thematic brief by researching, designing, planning manufacture, making an artefact and documenting the process in a folder/portfolio that includes evaluation. The project is completed in school as the student's unaided work under SEC authentication arrangements.

How many options must students take?

All students study the full mandatory core. They must also choose any two of five options: Electronics and Control; Applied Control Systems; Information and Communications Technology; Manufacturing Systems; Materials Technology.

How long is the written paper?

Ordinary Level is 2 hours and Higher Level is 2.5 hours, according to the Technology syllabus and guidelines.

Are these official SEC practice questions?

No. These are original OpenExamPrep questions modelled on Leaving Certificate Technology topics. The State Examinations Commission publishes official past papers, sample materials and marking schemes separately on examinations.ie.