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100+ Free EPCSE Technical Studies 5925 Practice Questions

Prepare for the Eswatini Prevocational Certificate of Secondary Education — Technical Studies (Subject Code 5925) exam with instant access — no signup required.

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2026 Statistics

Key Facts: EPCSE Technical Studies 5925 Exam

Subject 5925

Official EPCSE Technical Studies subject code under ECESWA

ECESWA EPCSE Technical Studies 2025–2026 Syllabus

3 papers

Paper 1 MCQ (25%), Paper 2 structured (35%), Paper 3 project (40%)

ECESWA EPCSE Technical Studies 2025–2026 Syllabus

40 MCQs / 1 hour

Paper 1 format and duration (40 marks)

ECESWA EPCSE Technical Studies 2025–2026 Syllabus

40% project

Paper 3 school-based project weighting of the subject mark

ECESWA EPCSE Technical Studies 2025–2026 Syllabus

Grades A*–G

Eligible grade range for EPCSE Technical Studies candidates

ECESWA EPCSE Technical Studies 2025–2026 Syllabus

Graphics + RM

Graphics Communication plus metal, wood, and plastic resistant materials

ECESWA EPCSE Technical Studies 2025–2026 Syllabus

ECESWA EPCSE Technical Studies 5925 is Eswatini’s Form 4–5 prevocational tech subject: 1-hour MCQ Paper 1 (25%), 2-hour structured Paper 2 (35%), and a major school-based project Paper 3 (40%), graded A*–G. Content covers graphics, metals, woods, plastics, tools, processes, safety, and design. This page offers 100 free MCQ study items — an adaptation, not an official paper or project simulation. Disclose and plan for the 40% project.

Sample EPCSE Technical Studies 5925 Practice Questions

Try these sample questions to test your EPCSE Technical Studies 5925 exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In third-angle orthographic projection, where is the plan (top) view placed relative to the front elevation?
A.Below the front elevation
B.Above the front elevation
C.To the left of the front elevation only
D.On a separate isometric sheet only
Explanation: In third-angle projection the plan is drawn above the front elevation and the end elevation is placed to the side corresponding to the end being viewed. First-angle places the plan below the front elevation.
2Which drawing method shows three faces of an object in one view with vertical edges drawn vertical and horizontal edges at 30° to the horizontal?
A.Oblique projection
B.Isometric projection
C.First-angle orthographic projection
D.One-point perspective
Explanation: Isometric projection uses equal foreshortening with principal axes at 120°; on paper, verticals stay vertical and the two horizontal axes are drawn at 30° to the horizontal.
3What does a dimension line with arrowheads between two extension lines usually indicate on a working drawing?
A.The surface finish grade only
B.The measured size between those features
C.The material specification code
D.The drawing scale title block
Explanation: Dimension lines with arrowheads (or ticks) and a numerical value show the size of a feature between the extension lines, following engineering drawing conventions such as BS 308 practice referenced in the syllabus.
4A drawing is marked scale 1:5. A length that measures 40 mm on the drawing represents which actual length?
A.8 mm
B.40 mm
C.200 mm
D.45 mm
Explanation: At scale 1:5 the drawing is smaller than the object: actual size = drawing size × 5. 40 mm × 5 = 200 mm.
5Which instrument is BEST for drawing accurate parallel horizontal lines on a drawing board?
A.French curve alone
B.T-square (or parallel motion) with set square support as needed
C.Centre punch
D.Hacksaw
Explanation: A T-square (or drafting machine/parallel bar) guides the pencil for true horizontals; set squares rest on it for verticals and standard angles.
6What is the MAIN purpose of a sectional view on an engineering drawing?
A.To show only the outside colour of the object
B.To reveal internal features as if cut by a cutting plane
C.To replace all dimensions on the assembly
D.To convert the drawing into an isometric only
Explanation: Sectional views cut through the object so hidden internal shapes, holes, and walls appear as visible outlines with hatching on cut solid material.
7On a British Standard engineering drawing, which symbol typically indicates third-angle projection?
A.A truncated cone (frustum) drawn beside its circular end view, with the narrow end of the cone pointing towards that circular view
B.A single letter G in a circle
C.A welding torch icon
D.An isometric cube only
Explanation: The projection-method symbol is a truncated cone shown with its circular end view. In third angle the views sit on the side you look from, so the narrow end of the cone points towards the circular view. In first angle the cone is reversed, with its wide end towards the circles. The symbol is placed in or near the title block under the BS drawing conventions referenced in the syllabus.
8An exploded assembly drawing is MOST useful for showing:
A.Only the total mass of the finished product
B.How components fit together by separating them along assembly axes
C.The heat-treatment temperature for steel only
D.The colour code of electrical wires only
Explanation: Exploded views offset parts along assembly axes so each component is visible while still implying assembly order and relationships—useful for assembly drawings of products with three or more components.
9Which statement correctly describes freehand sketching in Technical Studies?
A.It is never allowed when planning a product
B.It is a quick way to explore and communicate design ideas before formal instrument drawings
C.It must always be drawn at exact full size with a micrometer
D.It replaces all workshop safety rules
Explanation: Freehand three-dimensional and orthographic sketches develop and communicate ideas rapidly. Formal instrument drawings and working drawings follow once concepts are selected.
10A right angle measures:
A.45°
B.90°
C.180°
D.360°
Explanation: A right angle is 90°. Acute angles are less than 90°, obtuse between 90° and 180°, and reflex greater than 180° but less than 360°.

About the EPCSE Technical Studies 5925 Exam

The Eswatini Prevocational Certificate of Secondary Education (EPCSE) Technical Studies examination (subject code 5925) is the national Form 4–5 prevocational assessment administered by the Examinations Council of Eswatini (ECESWA). The 2025–2026 syllabus develops product design and production skills in graphics communication and resistant materials (metal, wood, and plastics). Assessment combines Paper 1 multiple-choice theory (25%), Paper 2 structured theory (35%), and a compulsory Paper 3 school-based project worth 40% of the subject mark. The 100 questions on this page are an original English-language MCQ study adaptation for revision of assessable knowledge and judgment — not official past papers and not a simulation of structured drawing responses or the practical project.

Assessment

Three compulsory papers under the ECESWA EPCSE Technical Studies 2025–2026 syllabus (subject code 5925). Paper 1 Theory MCQ: 40 questions, 40 marks, 1 hour, 25% of subject (about 30% Graphics Communication; 70% Resistant Materials — wood, metal, plastics equally). Paper 2 Theory: 100 marks, 2 hours, 35% — Section A six short Graphics questions (30 marks); Section B seven structured/extended Resistant Materials questions (70 marks). Paper 3 Project: 100 marks, 40% — written proposal (15 marks), investigation and development including realisation (70 marks), evaluation (10 marks); externally assessed portfolio with a small teacher supervision component. All papers compulsory. Grades A* to G. ICT/CAD (TurboCAD recommended) encouraged where available.

Time Limit

Paper 1: 1 hour. Paper 2: 2 hours. Paper 3: multi-term school-based project (about 26 hours; proposal by 31 March, portfolio by 31 October for the examination year — confirm current ECESWA circulars).

Passing Score

Grades A* to G. Confirm the examination-year results descriptors and any published boundaries on examscouncil.org.sz.

Exam Fee

ECESWA fee schedules are published periodically. Public-school candidates are usually registered through their centres; private-entry fees change. Confirm current amounts on examscouncil.org.sz. (Examinations Council of Eswatini (ECESWA))

EPCSE Technical Studies 5925 Exam Content Outline

25%

Graphics Communication

Orthographic and pictorial drawing, geometry, sections, assemblies, dimensioning, conventions, and design communication.

20%

Metals

Classification, tools, fabrication, joining, finishes, heat treatment, welding, and lathe work.

20%

Woods

Timber and boards, tools, fabrication, fasteners and joints, finishes, doors and windows.

15%

Plastics

Thermo/thermoset types, forming and moulding, joining, finishing, and surface treatments.

12%

Design Process & Project Portfolio

Brief, specification, research, ideation, planning documents, realisation evidence, and evaluation (Paper 3 = 40%).

8%

Safety, Measurement & Maintenance

Workshop safety, PPE, first aid, signage, measuring/marking out, and tool care.

How to Pass the EPCSE Technical Studies 5925 Exam

What You Need to Know

  • Passing score: Grades A* to G. Confirm the examination-year results descriptors and any published boundaries on examscouncil.org.sz.
  • Assessment: Three compulsory papers under the ECESWA EPCSE Technical Studies 2025–2026 syllabus (subject code 5925). Paper 1 Theory MCQ: 40 questions, 40 marks, 1 hour, 25% of subject (about 30% Graphics Communication; 70% Resistant Materials — wood, metal, plastics equally). Paper 2 Theory: 100 marks, 2 hours, 35% — Section A six short Graphics questions (30 marks); Section B seven structured/extended Resistant Materials questions (70 marks). Paper 3 Project: 100 marks, 40% — written proposal (15 marks), investigation and development including realisation (70 marks), evaluation (10 marks); externally assessed portfolio with a small teacher supervision component. All papers compulsory. Grades A* to G. ICT/CAD (TurboCAD recommended) encouraged where available.
  • Time limit: Paper 1: 1 hour. Paper 2: 2 hours. Paper 3: multi-term school-based project (about 26 hours; proposal by 31 March, portfolio by 31 October for the examination year — confirm current ECESWA circulars).
  • Exam fee: ECESWA fee schedules are published periodically. Public-school candidates are usually registered through their centres; private-entry fees change. Confirm current amounts on examscouncil.org.sz.

Keys to Passing

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

EPCSE Technical Studies 5925 Study Tips from Top Performers

1Disclose and schedule the Paper 3 project early: proposal (need, brief, method, timeline, references), then research, ideation, development, realisation photos, and evaluation against the specification — it is 40% of the subject.
2Drill Graphics for both papers: 1st vs 3rd angle layout, isometric (30°) vs oblique, hidden detail and centre lines, sections, developments, and clean dimensioning.
3Classify materials correctly: ferrous vs non-ferrous; softwood (e.g., SAP) vs hardwood (e.g., meranti, saligna); manufactured boards; thermoplastics vs thermosets.
4Know tool functions by material: scriber, hacksaw, files, and lathe ops for metal; marking gauge, tenon saw, planes, and clamps for wood; strip heater, vacuum forming, and solvent cements for plastics.
5Link processes to properties: annealing/tempering/case hardening; rivets vs bolts; PVA vs Tensol; varnish vs paint; welding safety and visual weld quality.
6Treat safety as non-negotiable: PPE, machine guards, first aid, and signage — tested in theory and required in the workshop.
7For Paper 1 timing practice, work mixed graphics and resistant-materials MCQs under a one-hour constraint; still practise Paper 2 structured answers and full drawing constructions separately.

Frequently Asked Questions

What is the EPCSE Technical Studies (5925) exam?

It is the national Eswatini Prevocational Certificate of Secondary Education Technical Studies subject examination set and administered by the Examinations Council of Eswatini (ECESWA). Subject code 5925 appears on the official 2025–2026 syllabus for October/November examinations. The course builds pathways toward further education or work in technical design and materials.

What is the official exam format?

Three compulsory papers: Paper 1 multiple-choice theory (40 questions, 1 hour, 25%); Paper 2 structured theory (2 hours, 35%) with Graphics Section A and Resistant Materials Section B; and Paper 3 school-based project (40%) with proposal, development/realisation, and evaluation. Candidates are eligible for grades A* to G.

How important is the project (Paper 3)?

Very important — Paper 3 is weighted at 40% of the overall subject mark, more than either theory paper alone. Centres submit proposals by 31 March and portfolios by 31 October (confirm current ECESWA dates). External examiners assess most of the project mark; teachers contribute a small supervision component. Treat the portfolio as essential, not optional.

Is the official exam pure multiple choice?

No. Only Paper 1 is MCQ. Paper 2 requires short and structured written/drawing responses. Paper 3 is a practical design-and-make project with a portfolio. OpenExamPrep provides four-option MCQ study items only as a knowledge-and-judgment adaptation. You still need drawing practice, workshop skills, and a complete project portfolio for the real assessment.

What content areas does the syllabus cover?

Graphics Communication for all candidates (engineering drawings, geometry, pictorial views, project planning fundamentals) and Resistant Materials limited to metals, woods, and plastics — including properties, tools, processes, joining, finishing, safety, and design judgment. About 30% of Paper 1 focuses on graphics and 70% on resistant materials in equal wood/metal/plastic proportion.

Are these practice questions official ECESWA items?

No. They are original English-language multiple-choice study questions aligned to EPCSE Technical Studies themes. They are not leaked papers, not a full format simulation of Paper 2 or Paper 3, and not a substitute for official past-paper practice, workshop work, or the project portfolio.