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The CSEC Building Technology content for the 2017–2021 examination period came from the Caribbean Examinations Council (CXC) Industrial Technology syllabus, CXC 13/T/SYLL 15, effective for examinations from May–June 2017. It covered practical building work—from materials and site operations to carpentry components and basic plumbing—and assessed students through written papers and a substantial School-Based Assessment (SBA) portfolio.
Which syllabus covered Building Technology in 2017–2021?
The relevant document is CXC 13/T/SYLL 15, the CXC CSEC Industrial Technology syllabus. It took effect for examinations from May–June 2017; CXC’s 2015 annual report identifies May–June 2017 as the revised syllabus’s first examination. The date range 2017–2021 refers to the examination years covered here, not to a separate syllabus revision for each year. Read the period syllabus (CXC 13/T/SYLL 15).
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CXC Study Guide: Building and Furniture Technology for CSEC | $32.12 | Buy on Amazon |
Building Technology belongs to the wider Industrial Technology qualification. CXC’s current subject page describes a compulsory core and three options, including Option C, Building and Furniture Technology. That current naming does not by itself establish that historical content or assessment arrangements stayed unchanged. Candidates should confirm the edition specified for their examination year using CXC’s Industrial Technology subject page.
What did students study?
The syllabus aimed to develop understanding of tools, equipment and building materials; competence in basic construction operations; knowledge of construction-industry principles; and appreciation of safety, maintenance and quality standards. Its objectives combine explanation with demonstration: students were expected to discuss materials and equipment, use tools and materials safely, practise carpentry for building components, explain industry principles and demonstrate basic plumbing skills.
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Materials and their uses
Topics included aggregates such as gravel, sand, crushed stone, limestone and granite; cement and lime; boards, blocks, stone, concrete and timber; mortar; and materials for roofs and floors. The syllabus addressed uses and selected material tests, including testing aggregate for silt content.
Tools, equipment and safety
Students covered tools for laying, cutting, marking, finishing, measuring, levelling, percussion, boring, holding and excavation. Equipment included ladders, simple scaffolds, mixing and elevating machines, vibrators and wheelbarrows. Learning extended beyond naming tools to their operating principles, safe use, maintenance and storage.
Site work and construction operations
Practical content included site clearing and preparation, layout, mortar and concrete preparation, concrete testing and curing, foundations, formwork, lintels and beams, walls and finishes, and steel-reinforcement operations. Procedures, standards and safe practice were part of this work, not separate from it.
Carpentry and building components
The component work covered roof types and members, roof calculations and coverings; doors and hardware; windows and glazing; concrete and timber floors; and basic staircase terminology, calculations and construction.
Basic plumbing and related services
Plumbing topics included pipe materials, fittings, joints and traps; basic measurements and calculations; installation and testing of cold-water supply; and sewage-disposal methods.
The syllabus defines learning expectations; it does not establish that schools had identical facilities, teaching methods or local building practices.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How was Industrial Technology assessed?
For Technical Proficiency under this syllabus, the assessment weighting was:
| Assessment component | Weight | What it represents |
|---|---|---|
| Paper 01 | 20% | Written examination component. |
| Paper 02 | 30% | Written examination component. |
| School-Based Assessment portfolio | 50% | Portfolio evidence of progress and learning over the programme, connected in the syllabus to related CVQ units of competency. |
The syllabus assessment profiles include knowledge, use of knowledge and practical ability. These weights describe the period syllabus; do not assume they apply to a later edition without checking the candidate’s applicable document. CXC’s subject page provides syllabus and examination resources for candidates to verify.
How should students use the syllabus to prepare?
Use the official syllabus alongside the teacher’s instructions for SBA work. The following approach follows the syllabus’s mix of knowledge, practical operations and portfolio evidence; it is study guidance, not a guaranteed revision method.
- Connect properties to choices. For each material, learn its properties and uses, then practise explaining why it suits a particular construction task.
- Practise safe procedures, not just tool names. Review what a tool or piece of equipment does, how it is used safely, and how it is maintained and stored.
- Explain work in sequence. Rehearse the steps for operations such as site layout, concrete preparation and curing, or installing and testing a cold-water supply.
- Review calculations and standards. Practise the calculations included in the syllabus, such as those for roofs and stairs, and use the standards and procedures taught for the course.
- Keep portfolio instructions central. The SBA carries half of the Technical Proficiency weighting in this syllabus, so follow the teacher’s requirements for portfolio evidence and the relevant tasks.
A basic 5 m tape measure may be a useful optional aid for practising measuring and layout. The syllabus does not require a purchase or endorse a particular brand or model.
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