Junior Cycle · Junior Cycle Applied Technology
Junior Cycle Applied Technology: Wood processes, joints & finishes
How often Wood processes, joints & finishes comes up on the Applied Technology papers, every year it was asked, and questions to try.
CL Asked on 3 of the last 5 Common Level papers, most recently in 2026. most years
Quick ones on Wood processes, joints & finishes.
- Screws and nuts through both parts
- Wooden pegs glued into matching holes
- Interlocking fingers on both ends
- Soak the wood in warm water
- Coat the wood with PVA glue
- Remove all the dust with a cloth
- PVA glue
- Solder
- Acrylic cement
Show the answers
(a) Wooden pegs glued into matching holes
(b) Remove all the dust with a cloth
(c) PVA glue
Common Level
Asked on 3 of the last 5 Common Level papers, most recently in 2026. most years
Every paper, year by year
| Year | Where it came up |
|---|---|
| 2026 | Q2c(iv), Q3b(iv) |
| 2025 | Q1b(iii), Q1d(i), Q1d(ii), Q1d(iii), Q3d(ii) |
| 2024 | Not asked |
| 2023 | Q1b(iii), Q1c(ii) |
| 2022 | Not asked |
Links open the State Examinations Commission’s paper for that year.
More Wood processes, joints & finishes questions
Wood processes, joints & finishes, 3 marks
Why drill a pilot hole before driving a screw into hardwood?
- To make the head sit flush
- To stop the screw from rusting
- To stop the wood from splitting
Show the answer
To stop the wood from splitting
A pilot hole guides the screw and makes room for it, so hard wood does not split, especially near an edge. A countersink, not a pilot hole, lets the head sit flush.
Wood processes, joints & finishes, 2 marks
In woodwork, what is laminating?
- Burning a pattern into the surface
- Gluing thin layers, often around a former
- Cutting a thick board into thin strips
Show the answer
Gluing thin layers, often around a former
Thin strips of wood are glued and clamped around a former until the glue sets. The curved shape is strong and holds its shape, e.g. chair backs and skateboard decks.
Other Applied Technology topics
- Bearings, couplings & friction
- CAD, CAM & 3D printing
- Circuits, PCBs & soldering
- Design process & user needs
- Developments & marking out
- Electronic components & symbols
- Gears, pulleys & chain drives
- Health & safety
- Impact of technology on society
- Motion types & linkages
- Plastic processes
- Plastics & composites
- Rotary-to-linear mechanisms
- Structures, forces & stability
- Switches & motor control
- Woods & manufactured boards
- Control systems & sensors
- Energy, power & conversions
- Fixings & fastenings
- Logic gates & truth tables
- Orthographic projection
- Sustainability & the environment
- Metals & alloys
- Robotics & automation
- Sketching & pictorial drawing
- Assistive & inclusive technology
- History of technology
- Metal processes